quality Rubber Air Hose & Rubber Water Hose factory

’The gas welding hose is an important part of the gas welding process. When selecting a gas welding hose, you need to consider the type of material you will be welding, the temperature range you will be working in, and the amount of pressure you will be using..’’   When choosing a gas welding hose, there are several factors you need to consider to ensure you select the right one for your needs.   The kind of gas being used: There are two main types of gas welding: oxy-fuel welding (OFW) and gas tungsten arc welding (GTAW). Each type of welding requires different types of gas. OFW uses a mixture of oxygen and fuel gas, such as acetylene, propane, or natural gas. GTAW uses an inert gas, such as argon or helium, to shield the weld from atmospheric contamination.   The diameter of the hose: Gas welding hoses come in different sizes, depending on the type of gas welding machine you are using. However, the most common sizes are 1/4-inch, 3/8-inch, and 1/2-inch hoses. The diameter of the hose you need will depend on the size of your gas welding machine.     The working pressure: The working pressure of a gas welding hose is the amount of pressure that the hose can safely withstand while in use. Most hoses have a working pressure of 200 psi. It is essential to check the hose’s working pressure before purchasing to ensure it is compatible with your welding machine.   The burst pressure: The burst pressure of a gas welding hose is the amount of pressure that the hose can safely withstand without bursting. Most hoses have a burst pressure of 600 psi. This is important to consider because a hose that bursts can be dangerous.   The length of the hose: The hose length is another important factor to consider. Hoses come in different lengths, ranging from 1 foot to 100 feet. Choose a long enough length to reach the welding area but not so long that it gets in the way. The most common lengths for gas welding hoses are 10 feet, 15 feet, and 25 feet.     The end fittings: The hose ends must be compatible with the welding machine and gas tanks. Most hoses come with standard fittings that work with most machines and tanks. However, it is always a good idea to check compatibility before purchase. The most common end fittings for gas welding hoses are 9/16-18 LH (left hand) and 9/16-18 RH (right hand) threads.     The temperature rating:   The temperature rating of a gas welding hose is the maximum temperature at which the hose can safely be used. Most hoses have a temperature rating of 200 degrees Fahrenheit. Make sure to check the temperature rating of the hose before purchase.   The importance of maintaining your gas welding hose: As a welder, you rely on your gas welding hose to perform its job properly and deliver the welding gas safely to your torch. That’s why it’s important to take care of your hose and inspect it regularly for any signs of wear and tear. A gas welding hose that is in good condition will last longer and perform better, ensuring that your welding projects are completed successfully. Inspection tips: Inspecting your gas welding hose before each use and more thoroughly every month is important.   Given below are some tips to look for: Check for any cracks, holes, or leaks in the hose. Inspect the fittings and connections to ensure they are secure and not leaking. Look for any signs of wear, such as fraying or kinking. If you notice any damage to your gas welding hose, it’s crucial to replace it immediately. A damaged hose can cause serious problems, such as a gas leak or fire. Storing your gas welding hose:   When you’re not using your gas welding hose, it’s essential to store it properly to prevent damage. Here are some tips on how to store your hose: Wrap the hose in a coil, starting from the end that is attached to the torch. Place the hose in a storage container, such as a plastic bucket or box. Make sure the storage container is clean and dry and has no sharp objects that could damage the hose. Your gas welding hose should last many years with proper care and maintenance. Following these tips ensures that your hose is always in good condition and ready to use. Tips for using your gas welding hose safely and efficiently: Inspect your gas welding hose regularly for any wear or damage. Make sure to use the correct fittings and connections when attaching your gas welding hose to your equipment.     Never use a damaged or defective gas welding hose. Use only hoses rated for the specific gas you will be using. Follow all safety precautions when using gas welding equipment. When it comes to gas welding, having the proper hose is essential for safety and efficiency. Gas welding hoses are specifically designed to handle the high temperatures and pressures associated with welding.   Conclusion The gas welding hose is an important part of the gas welding process. When selecting a gas welding hose, you need to consider the type of material you will be welding, the temperature range you will be working in, and the amount of pressure you will be using. You also need to make sure that the connector on the end of the hose matches your torch or regulator. If you are not sure which type of hose to use, consult with a qualified technician.   Peter Yang WhatsApp: +86 13071896808 Email: ps004@parshun.com

In the rapidly advancing world of industrial processes, the need for precision, efficiency, and safety has never been higher. One essential component that plays a critical role in industries such as food processing, medical storage, and cryogenics is the *Dry Ice Hose*. This advanced hose system is designed to handle the extreme temperatures and pressures associated with dry ice, offering unmatched reliability and versatility. In this article, we explore the significance of dry ice hoses, their applications, and why they are indispensable for modern industry.     What is Dry Ice and Why is it Used in Industry?   Dry ice, the solid form of carbon dioxide (CO₂), is widely used for its exceptional cooling properties. Unlike conventional ice, dry ice sublimates directly into gas without leaving any liquid behind, making it an ideal choice for a wide range of applications. It is commonly used for refrigeration during shipping, food processing, in medical facilities for preserving biological samples, and in cryogenic operations.   For industries dealing with dry ice, ensuring its safe and efficient transfer and application is paramount. This is where dry ice hoses come into play. These hoses are specifically engineered to withstand the extreme cold temperatures and pressures of CO₂ in its solid state, enabling smooth, reliable operation.     Key Features of Dry Ice Hoses   When choosing a dry ice hose, several key features must be considered. These hoses are designed to offer superior performance, durability, and safety. Let’s break down the essential characteristics:   Temperature Resistance Dry ice hoses are designed to withstand extremely low temperatures, often as low as -60°C, ensuring the material remains intact and functional even in the harshest environments.   Pressure Tolerance These hoses are built to handle the high pressure that can occur when transporting dry ice, ensuring that the gas flow remains constant and controlled.   Durability Dry ice hoses are typically made from high-quality materials like reinforced rubber or specialized polymers that prevent cracking or wear, even after prolonged exposure to dry ice.   Flexibility A crucial feature, flexibility ensures that dry ice hoses are easy to handle and maneuver in various industrial settings without compromising safety.   Safety Features With dry ice’s potential hazards, such as suffocation risks from CO₂ gas and the extreme cold, safety features like reinforced walls, leak prevention, and non-slip outer layers are integrated into the design.     Applications of Dry Ice Hoses   Dry ice hoses are vital in multiple industries, serving unique and critical functions. Here are some of the primary applications:   Food Industry Dry ice is commonly used to transport frozen goods and maintain the cold chain in food processing and packaging. The dry ice hose is used to inject CO₂ into cooling systems or for direct handling of dry ice during packaging. Medical and Pharmaceutical Industries In hospitals, laboratories, and pharmaceuticals, dry ice hoses play a crucial role in transporting and storing biological specimens, medicines, and vaccines that require extremely low temperatures to remain viable.   Cryogenics Dry ice is often used for cryogenic freezing of materials in scientific research, medical procedures, and industrial applications. Dry ice hoses are essential in maintaining a consistent environment for these delicate processes.   Industrial Cleaning Dry ice blasting is an environmentally friendly cleaning method where dry ice pellets are accelerated through a hose at high speeds to clean machinery, equipment, and surfaces without the need for chemicals or water.   Entertainment and Special Effects In the entertainment industry, dry ice hoses are used to create fog effects for stage productions, concerts, and film shoots.   Choosing the Right Dry Ice Hose for Your Industry   Selecting the right dry ice hose can greatly impact the efficiency and safety of your operations. Here are some considerations to make when choosing a hose for your needs: Material: Ensure the hose is made from materials that are capable of withstanding the cold temperatures and stresses associated with dry ice. Reinforced rubber or thermoplastic elastomers (TPE) are commonly used for their flexibility and durability.   Length and Diameter: Choose the hose length and diameter based on the specific requirements of your operation. Longer hoses are ideal for flexibility, while the diameter will depend on the volume of CO₂ that needs to be transferred. Safety Standards: Ensure the hose complies with industry safety standards to avoid accidents or damage to equipment. Check for certifications such as ISO, CE, or UL.   Temperature Range: Verify the hose can handle the extreme low temperatures associated with dry ice, often well below freezing. This is especially critical in applications like cryogenics and pharmaceutical transportation.   Maintenance and Care for Dry Ice Hoses   Proper maintenance is essential to prolong the lifespan of dry ice hoses and ensure safe operation. Here are some tips for maintaining your dry ice hose:   Regular Inspection Periodically inspect hoses for signs of wear, such as cracks, brittleness, or leaks, which can occur due to the extreme conditions in which they operate.   Cleaning After use, ensure the hoses are properly cleaned. Use non-abrasive materials to wipe down the hose and ensure no dry ice remnants or contaminants remain inside.   Storage Store hoses in a cool, dry environment away from direct sunlight and excessive heat to prevent degradation of the material.   Avoid Kinks and Twists Ensure that hoses are not kinked or twisted when in use or stored. This helps to maintain their integrity and prevent damage over time.   The Future of Dry Ice Hose Technology   As industrial processes continue to evolve, so too does the technology behind dry ice hoses. Innovations in materials science, pressure regulation, and hose flexibility are paving the way for even more efficient, durable, and cost-effective solutions. The future promises hoses that are not only more robust but also safer and easier to handle, benefiting industries around the world. Dry ice hoses are an integral component in a wide range of industries, ensuring that operations involving extreme cold or pressure are carried out safely and efficiently. From food processing to medical applications, the right dry ice hose can improve productivity, reduce downtime, and enhance safety. By understanding the features, applications, and maintenance practices associated with these hoses, businesses can make informed decisions about their cooling and refrigeration needs. With ongoing advancements in technology, the future of dry ice hoses looks promising, offering even greater reliability and performance.

We're excited to invite you to join PAISHUN at the Hannover Messe 2025 in Hannover City, Germany from 31/03/25 to 04/04/25

"Convoluted PTFE hose offers a compelling solution for electronic liquid cooling systems. Its combination of chemical resistance, temperature stability, flexibility, and high purity makes it an ideal choice for demanding applications where reliability and performance are critical."   Key Advantages:   Chemical Inertness: PTFE is virtually inert to most chemicals, including coolants, acids, and bases. This ensures long-term performance and prevents contamination of the cooling fluid. Temperature Resistance: PTFE can withstand extreme temperatures, from cryogenic to high temperatures, making it suitable for a wide range of electronic cooling applications. Flexibility: The convoluted design provides excellent flexibility, allowing for easy installation and routing in confined spaces. Abrasion Resistance: The smooth inner surface minimizes friction and reduces the risk of particle abrasion, ensuring long-term system reliability. High Purity: PTFE is a non-toxic and non-reactive material, making it suitable for applications where fluid purity is critical. Electrical Insulation: PTFE is an excellent electrical insulator, minimizing the risk of electrical shorts within the cooling system.     Applications in Electronic Liquid Cooling:   Server Racks: Cooling high-density server racks requires efficient heat dissipation. PTFE hoses can effectively transport coolant to and from heat exchangers, ensuring optimal cooling performance. Data Centers: In large-scale data centers, convoluted PTFE hoses can be used to build complex cooling loops, enabling efficient heat removal from a large number of servers. High-Performance Computing: High-performance computing systems generate significant heat. PTFE hoses can effectively manage heat dissipation, ensuring stable and reliable operation of these critical systems. Edge Computing: In edge computing applications, where space is often limited, the flexibility of PTFE hoses allows for efficient routing and installation of cooling systems.       The role of Convoluted PTFE hose in improving the thermal efficiency of data centers.   Efficient Heat Transfer: PTFE's high thermal conductivity allows for rapid heat transfer from the heat source (e.g., server racks) to the coolant. The smooth inner surface of the hose minimizes flow resistance and ensures efficient coolant circulation throughout the system.   Reduced Pressure Drop: The convoluted design of the hose helps to minimize pressure drop, reducing the energy required to circulate the coolant. This translates to lower energy consumption for the cooling system, contributing to overall energy efficiency.   Optimized Cooling Loop Design: The flexibility of PTFE hose allows for the design of complex and optimized cooling loops. This maximizes the contact area between the coolant and the heat source, leading to more efficient heat removal.   Improved Cooling Performance: By facilitating efficient heat transfer and minimizing pressure drop, convoluted PTFE hose enables faster and more effective cooling of servers. This ensures optimal operating temperatures, preventing overheating and maximizing server performance.   Increased Server Density: Efficient cooling allows for higher server densities within a given space. This maximizes the utilization of valuable real estate in the data center and increases overall capacity.     How it contributes to the longevity and safety of battery energy storage systems? Convoluted PTFE hose significantly contributes to the longevity and safety of battery energy storage systems (BESS) in several key ways:   Temperature Control: Thermal Management: Precise temperature control is crucial for battery lifespan and safety. PTFE's high thermal conductivity and smooth inner surface facilitate efficient heat transfer between the battery cells and the cooling fluid. This helps maintain optimal operating temperatures, preventing overheating and subsequent degradation of battery materials. Preventing Thermal Runaway: Overheating can lead to thermal runaway, a potentially catastrophic event in battery systems. By effectively dissipating heat, PTFE hoses help prevent thermal runaway, significantly improving system safety. Chemical Inertness: PTFE is chemically inert and resistant to most coolants and battery electrolytes. This prevents chemical reactions that could damage the hose or contaminate the cooling fluid, ensuring long-term system reliability. Flexibility and Durability: The flexibility of PTFE hose allows for easy installation and maintenance within the often-confined spaces of BESS. Its durability ensures long-term performance and minimizes the risk of leaks or failures that could compromise system safety. Reduced Risk of Fires: By maintaining optimal operating temperatures and preventing overheating, PTFE hoses contribute to a significant reduction in the risk of fires within the BESS.   By enabling efficient thermal management, maintaining chemical inertness, and providing long-term durability, convoluted PTFE hose plays a crucial role in enhancing the longevity and safety of battery energy storage systems. This ultimately contributes to more reliable, efficient, and safe energy storage solutions.   Janet Yao Email: ps005@parshun.com Whatsapp: +86-136-6663-2043   corrugated ptfe tube# corrugated ptfe tubing# PTFE Convoluted Tubing# Liquid Cooling#    

A pressure washer hose is a vital component in any pressure washing setup. This powerful tool, when paired with a high-pressure water spray, can effectively clean a wide range of surfaces. However, selecting the right hose can significantly impact the efficiency, safety, and overall performance of your cleaning process. In this guide, we'll delve into the key factors to consider when choosing a pressure washer hose. By understanding these factors, you can ensure optimal performance and longevity of your pressure washer.   Understanding Pressure Washer Hoses   A pressure washer hose is an essential component of any pressure washing setup. It acts as the lifeline, transporting high-pressure water from the machine to the nozzle, enabling you to tackle tough cleaning tasks with ease.     These hoses are specifically designed to withstand the intense pressure generated by the machine. This robust construction ensures a consistent flow of water, delivered with a powerful jet-like force, making it ideal for tackling even the toughest dirt and grime. Additionally, a well-designed pressure washer hose prioritizes safety by maintaining a steady water flow at the desired pressure level.   Types of Pressure Washer Hoses Pressure washer hoses are available in various materials, each offering distinct advantages and best suited for specific applications. Let's delve into the most common types:   Rubber Hoses: A Classic Choice Rubber hoses, made from natural or synthetic rubber, are a popular choice for pressure washing due to their durability and flexibility. They can handle a wide range of temperatures, making them suitable for both hot and cold water applications. Pros: · Robustness: Excellent resistance to abrasions, cuts, and chemicals. · Flexibility: Easy to maneuver, even in cold weather. · Temperature Tolerance: Can handle a wide temperature range. Cons: · Weight: Can be heavy and cumbersome. · Cost: Often more expensive than other options. Rubber hoses are ideal for heavy-duty applications and commercial settings where the hose might face rough handling or exposure to harsh conditions.     PVC Hoses: A Budget-Friendly Option PVC hoses are a popular choice for homeowners and DIY enthusiasts due to their affordability and lightweight design. They are easy to handle and transport, making them convenient for various cleaning tasks. Pros: · Cost-Effective: More affordable than rubber or polyurethane hoses. · Lightweight: Easy to maneuver and store. Cons: · Temperature Limitations: Not suitable for high-temperature applications. · Flexibility: Less flexible than rubber hoses. · Durability: May not be as durable as rubber or polyurethane hoses. PVC hoses are best suited for light to medium-duty tasks like car washing, deck cleaning, and general household cleaning. They are ideal for cold water applications and provide a good balance of performance and price.     Finding the Right Fit: Hose Length and Diameter The length and diameter of your pressure washer hose significantly impact its performance and overall cleaning efficiency. Let's explore how to choose the right dimensions for your specific needs. Understanding hose diameter The diameter of your hose directly influences the volume of water it can deliver. A larger diameter allows for a higher flow rate, which is ideal for washing larger surfaces quickly. However, a larger diameter can sometimes reduce water pressure. Most pressure washer hoses are available in diameters of 1/4 inch, 5/16 inch, and 3/8 inch. When choosing a diameter, consider the specific needs of your cleaning tasks.     Choosing the Right Hose Length   The length of your pressure washer hose is crucial for optimal performance. Consider the typical distance between your machine and the cleaning area. For instance, cleaning a large driveway might require a longer hose compared to washing a car. While longer hoses offer greater reach, they can also lead to decreased water pressure due to increased friction and flow resistance. Using a hose that's too long for your pressure washer can result in reduced cleaning efficiency. Additionally, a longer hose can decrease the flow rate as the pressure washer may struggle to maintain adequate pressure throughout its length. Tip: When selecting a hose length, aim for the shortest length that still allows you to reach all areas you need to clean. This will help ensure optimal water pressure and flow.     Hose Length and Diameter Recommendations Here are some guidelines for choosing the right hose length and diameter for specific cleaning tasks: Light-Duty Tasks: · Hose Length: 25-50 feet · Hose Diameter: ¼ inch · Ideal for: Car washing, small patios, and general cleaning Medium-Duty Tasks: · Hose Length: 50-75 feet · Hose Diameter: 5/16 inch · Ideal for: Medium-sized driveways, decks, and outdoor furniture Heavy-Duty Tasks: · Hose Length: 75-100 feet or more · Hose Diameter: 5/16 inch or 3/8 inch · Ideal for: Large driveways, commercial cleaning, and industrial applications Remember, while a longer hose can provide greater reach, it may also result in reduced water pressure and flow rate. It's essential to balance the need for reach with the desired pressure and flow.     Ensuring a Secure Connection: Hose Fittings and Compatibility The type of connection on your pressure washer hose is crucial for a safe and efficient cleaning experience. Common connection types include: · Threaded Connections: These use standard pipe threads for a secure fit. · Quick-Connect Couplers: These allow for rapid attachment and detachment of the hose. · Bayonet-Style Fittings: These use a bayonet-style locking mechanism for a secure connection. Compatibility is Key To ensure compatibility with your pressure washer, always check the machine's specifications and choose fittings that match the threading size and type. Using adapters or couplers can help bridge any mismatches, but it's essential to ensure a tight seal to prevent leaks and maintain optimal water pressure in the hose. A secure connection not only prevents accidents but also ensures the best possible cleaning performance.     Key Features to Look for in a Pressure Washer Hose When selecting a pressure washer hose, consider these essential features: l Kink Resistance: A kink-resistant hose ensures uninterrupted water flow, saving you time and effort. Look for hoses with reinforced construction or materials that are less prone to kinking. l Durability: Invest in a hose made from high-quality materials like reinforced rubber, polyurethane, or PVC. These materials offer excellent durability and resistance to wear and tear, ensuring a long lifespan for your hose. l Temperature Range: If you plan to use hot water pressure washing, choose a hose designed to withstand high temperatures. This prevents the hose from melting or deforming, ensuring safe and efficient operation. l Pressure Rating: The hose's pressure rating should match or exceed the maximum pressure output of your pressure washer. This ensures optimal performance and prevents the hose from bursting under high pressure. By considering these factors, you can select a pressure washer hose that delivers reliable performance and extends the life of your pressure washing equipment.         In Conclusion By understanding the key factors to consider when selecting a pressure washer hose, you can ensure a seamless and efficient cleaning experience. Remember to prioritize durability, flexibility, and compatibility with your specific needs. With the right hose, you can tackle any cleaning task with ease, whether it's a gentle car wash or a heavy-duty deck cleaning.   Your search for a high-quality, durable, and efficient pressure washer hose ends here. With our extensive range of hoses, we've got the ideal solution for your specific cleaning needs.   Owen Zhao Email: ps07@parshun.com Whatsapp/Wechat: +86-136-5667-9835   #pressure washer hose #jet washer hose #power washer hose

“Push-lock hose is commonly used in automotive, industrial, and marine applications for quick and easy fluid transfer.”   Push-lock hose is a type of flexible hose that uses a specialized fitting system to connect to other components. It's designed for easy assembly and disassembly, requiring no clamps or tools. The hose itself is typically made of rubber or plastic, and the fittings have a barbed end that locks into place when the hose is pushed on.     Key features of push-lock hose: Easy to use: No need for clamps or tools. Versatile: Suitable for a wide range of applications, including fuel systems, air lines, and coolant lines. Durable: Made from high-quality materials to withstand various pressures and temperatures. Leak-proof: The barbed fittings create a secure seal. Reusability: The fittings can be reused multiple times.     Common applications of push-lock hose: Automotive: Fuel lines, brake lines, coolant lines, and air intake systems. Industrial: Pneumatic systems, hydraulic systems, and general fluid transfer. Marine: Fuel systems, bilge pumps, and other marine applications. Agricultural: Irrigation systems, sprayer systems, and other agricultural equipment. Advantages of using push-lock hose: Quick and easy installation: No need for special tools or skills. Reduced maintenance: Fewer leaks and fewer fittings to replace. Cost-effective: Lower installation and maintenance costs. Flexibility: Can be easily routed around obstacles. If you're looking for a reliable and easy-to-use hose solution, push-lock hose is an excellent choice.   Janet Yao Email: ps005@parshun.com Whatsapp/Wechat: +86-136-6663-2043   push lock hose# push on hose# push-lok hose#  

"The working principle of gas welding hose is mainly to use the pressure and flow characteristics of gas to transmit gas, thereby providing shielding gas during welding."   The working principle of gas welding hose is mainly to use the pressure and flow characteristics of gas to transmit gas, thereby providing shielding gas during welding.   Specifically, gas welding hose is usually made of multiple layers of rubber or plastic materials, in which the inner layer is used to transmit gas, the middle layer enhances the strength and pressure resistance of the material, and the outer layer is used to protect the inner layer material. When the gas pressure increases, the inner layer material of the hose is squeezed, but the structure of the hose can withstand this pressure and ensure that the gas does not leak. At the same time, the elasticity of the hose can also absorb and buffer the vibration and impact during the gas transmission process.     During the welding process, the main functions of the gas welding hose are as follows:   1. Transporting shielding gas: The gas welding hose transports shielding gas. During the welding process, the shielding gas plays an important role in isolating the air, reducing the oxygen concentration, and preventing oxidation in the welding area.   2. Enhance the welding effect: By using flux gas, the gas welding hose can improve the fluidity of the molten pool and the quality of the weld during the welding process, and improve the welding effect.   2. Adjust welding parameters: Different welding processes require different welding parameters, such as welding current, voltage, welding speed, etc. Adjusting these parameters needs to be achieved through gas welding hoses. Taking welding current as an example, by changing the shielding gas flow in the gas welding hose, the welding current can be adjusted, thereby achieving the purpose of optimizing welding quality.   4. Protect welding equipment: During the welding process, welding equipment is susceptible to electromagnetic interference, and the gas welding hose can effectively shield electromagnetic interference and protect the normal operation of welding equipment.     The material of the gas welding hose has an important influence on its working performance. Generally speaking, the gas welding hose should have excellent heat resistance, corrosion resistance and sufficient strength. For example, the gas welding hose made of polytetrafluoroethylene (PTFE) has good heat resistance and chemical stability, and can maintain stable performance in high temperature and corrosive environments.     In practical applications, gas welding hoses also have some problems, such as material aging, wear, gas leakage, etc. To solve these problems, researchers are constantly exploring new materials and structural designs. For example, the use of a wire braided structure can not only improve the strength of the gas welding hose, but also reduce its weight, thereby improving welding efficiency.   In general, the gas welding hose is an important welding auxiliary tool that plays an important role in improving welding quality and efficiency.   Peter Yang WhatsApp: +86 130 7189 6808 Email: ps004@parshun.com   #Gas Welding Hose#Welding Process#Welding Hose Manufacturer#Welding Hose Function

Hydraulic flanges are essential components in various high-pressure environments, serving as connectors for pipelines, hydraulic cylinders, pumps, and other hydraulic equipment. Their versatility and reliability make them indispensable in numerous industries.   Key Applications of Hydraulic Flanges Heavy Machinery: Excavators, loaders, and bulldozers rely on hydraulic flanges to connect critical components like pumps, motors, and cylinders. Industrial Equipment: Injection molding machines, forging presses, and hydraulic shears employ hydraulic flanges to ensure efficient and secure operation. Marine and Offshore Engineering: Ships, offshore platforms, and other marine equipment utilize hydraulic flanges for connections in winches, hoisting devices, and steering systems. Oil and Gas Industry: Hydraulic flanges are vital in oil well equipment, drilling platforms, pipelines, and natural gas processing facilities, handling high-pressure environments. Metallurgical and Mining Equipment: Steel mills, mining machinery, and other heavy industries use hydraulic flanges to connect components in demanding conditions. Aerospace: Aircraft and spacecraft hydraulic systems rely on hydraulic flanges for connections in landing gear, flap control, and flight control systems. Wind Power Equipment: Hydraulic flanges are employed in wind turbines to connect transmission devices and braking systems, ensuring efficient operation.   Considerations for Hydraulic Flange Selection When selecting hydraulic flanges, several factors must be considered: Pressure Rating: The flange must be rated for the maximum operating pressure of the system. Material Compatibility: The flange material should be compatible with the hydraulic fluid and any corrosive substances present. Environmental Conditions: Factors like temperature, humidity, and exposure to chemicals can influence flange material selection. Gasket Type and Material: The gasket's compatibility with the flange material and fluid is crucial for preventing leaks. Bolt Grade: The bolts used to secure the flange must be of sufficient strength and grade to withstand the operating pressure.   By carefully considering these factors, engineers and technicians can select the appropriate hydraulic flanges to ensure reliable and efficient performance in their applications.   Janet Yao Email: ps005@parshun.com Whatsapp: +86-136-6663-2043

”Improper storage can damage hoses and make them crack, leak, or break. This can be dangerous and shorten their lifespan. By following these simple tips, you can extend the life of your rubber hoses and save money in the long run!”   Due to the natural properties of rubber, all rubber products will undergo changes in their physical properties and performance levels. These changes typically occur over time depending on the type of rubber used. However, several factors or a combination of factors can accelerate these changes. Various additives used in rubber hoses may also be negatively affected by improper storage conditions. The following recommendations include a series of precautions to minimize aging during storage.     1.Storage Time Rubber hoses should be stored using a first-in, first-out method to minimize storage time. If long-term storage cannot be avoided, the following storage condition recommendations should be adhered to. If these recommendations cannot be followed, the rubber hoses should be thoroughly inspected before use.   2. Avoiding Contact with Certain Substances Rubber hoses should not come into contact with solvents, fuels, oils, fats, unstable chemicals, acids, disinfectants, or general organic liquids. Any type of rubber will be damaged after contact with these substances. During storage, rubber hoses should also avoid contact with metals such as manganese, iron, copper, and their alloys. Rubber hoses should not come into contact with polyvinyl chloride (PVC) or wood or fabric treated with creosote. Rubber hose products should be stored in their original packaging whenever possible, as wooden crates and cardboard boxes can protect the hoses from various hazards.     3. Physical Storage Conditions of Rubber Hoses Mechanical stress must be avoided, including excessive stretching, compression, or deformation, and contact with sharp or pointed objects should be prevented. Rubber hoses should preferably be stored on suitable shelves or placed on dry ground. Coiled rubber hoses must be stored horizontally, and rubber hoses should not be stacked. If stacking cannot be avoided, the stacking height should not cause permanent deformation of the hoses at the bottom. Efforts should be made to avoid coiling rubber hoses around pillars or hooks. If rubber hoses are shipped as straight lengths, they should be stored horizontally without bending.       4. Temperature and Humidity Requirements for Storage Recommended storage temperature: 10°C to 21°C. Note: Rubber hoses should not be stored at temperatures above 38°C or below 0°C. If stored below 0°C, some rubber hoses may harden and need to be heated before use. The relative humidity for storing rubber hoses should not exceed 65%.   5. Avoid Exposure to Light The storage room for rubber hoses should be kept dark, especially avoiding direct sunlight or strong artificial light. If the storage room has windows or any openings covered with glass, they should be shielded.     6. Avoid Exposure to Heat Sources Rubber hoses should not be stored near heat sources. If this is not possible, thermal insulation devices should be used to protect the hoses from heat.     7. Avoid Exposure to Oxygen and Ozone Rubber hoses should be appropriately packaged or stored in sealed containers (cardboard boxes or wooden crates) to prevent exposure to the air. No equipment that releases ozone should be placed in the storage room, as ozone has a particularly strong effect on all rubber products.   8. Avoid Exposure to Electric or Magnetic Fields The storage room for rubber hoses should avoid any situations that might generate electric or magnetic fields, including exposure to high-voltage cables or high-frequency generators.     Janet Yao Email: ps005@parshun.com Whatsapp: +136 6663 2043

“Use NPT for general plumbing purposes where sealants are acceptable. Choose NPTF for situations demanding a more robust, leak-proof connection without relying on external sealants…”   NPT and NPTF threads are both tapered pipe thread standards used to create leak-proof connections, but they differ in their sealing mechanism:     NPT (National Pipe Taper): This is a general-purpose thread that relies on a sealant, like Teflon tape or pipe dope, to form a tight seal. The taper helps compress the sealant during assembly, creating a barrier against leaks. NPT is suitable for lower pressure and temperature applications where using a sealant isn't a problem.   NPTF (National Pipe Taper Fuel): This thread is designed for a metal-to-metal seal, eliminating the need for sealant. The threads have slightly sharper crests and flatter roots compared to NPT. When tightened, these deformations create a tighter fit, forming a mechanical seal. NPTF is ideal for high-pressure or high-temperature applications where sealants might degrade or contaminate fluids.   Here's a table summarizing the key differences:         In short, use NPT for general plumbing purposes where sealants are acceptable. Choose NPTF for situations demanding a more robust, leak-proof connection without relying on external sealants.   Janet Yao Email: ps005@parshun.com Whatsapp: +86-136-6663-2043

Paishun produces aramid fiber-reinforced CNG hose, if you used the Parker 5CNG series before and want to replace the hose, Paishun will be a good choice!   CNG Hoses are designed for dispensing compressed natural gas at working pressures up to 345 bar. CNG is widely used in Auto Rickshaws, Cars & Buses. Compressed natural gas vehicles originated in Italy in 1931. Compared with gasoline vehicles, gas vehicles have cleaner and more environmentally friendly emissions.   Are you looking for an electrically conductive lightweight and flexible CNG Hose? YOU FIND US!       Paishun’s CNG hose will make you impressed at below aspects. a. Lightweight, 1/4” size only weighs at 0.14kg/m; 3/8” size only weighs at 0.15kg/m. b. Good Flexibility, for instance, the bent radius for 3/8”is only 75mm. c. Electrically Conductive Tube fully guarantees safety. d. Hoses are well crimped by advanced FINNPOWER crimping machine and our fully experienced staffs with more than 7 years’ crimping experience. Other Advantages of CNG Hose: 1. Resists to high pressure, work pressure 35Mpa,burst pressure meets at least 140MPa. 2. The inner tube is made of smooth polyamide and it will not pollute the medium, ensuring the purity of the medium. 3. The outer cover is made of polyurethane material which makes the hose with strong corrosion resistance. 4.Pin-pricking design on cover largely avoids any failure such as bulge, crack on hose.           Burst Pressure Test on 1/4” CNG Hose. Test Result: 231.9MPa   Paishun produces aramid fiber-reinforced CNG hose, if you have used the Parker 5CNG series before and want to replace the hose, Paishun will be a good choice!   Alice J. Email: ps010@parshun.com WhatsApp: +86-159-6880-6735   #cnghose #5cngseries #lightweightcnghose #flexiblecnghoses  

" Discover Push Lok Hose, a tool-free hose assembly system, offering rapid installation, versatility, and cost-effectiveness for professionals and DIY enthusiasts seeking hassle-free connections in seconds."     In the hustle and bustle of modern life, simplicity and effectiveness take center stage. Whether you're a skilled mechanic, a hands-on enthusiast, or just prefer things easy, the Push Lok Hose system stands out as a game-changer. Say farewell to complex tools and elaborate setups—Push Lok Hose brings forth a groundbreaking method that simplifies your tasks and preserves valuable time.     What is Push Lok Hose?   Push Lok Hose represents a state-of-the-art hose assembly system that removes the necessity for conventional fittings and tools. Employing an innovative push-on mechanism, it enables users to seamlessly connect hoses without the burden of clamps, crimpers, or specialized gear. With Push Lok Hose, secure and dependable connections are easily established in mere seconds, rendering it perfect for a diverse array of uses.     Why Use Push Lok Hose?   1. Swift Installation: Conventional hose assembly methods often entail intricate processes and time-consuming tasks. Push Lok Hose simplifies this, enabling swift and straightforward hose connections. Whether you're at a worksite or handling a home project, the efficiency of Push Lok Hose will be evident.   2. Tool-Free Operation: A standout attribute of Push Lok Hose is its tool-free design. Bid farewell to hunting for the right tools or grappling with clamps—simply push the hose onto the fitting, and you're good to go. This intuitive approach saves you valuable time and hassle, allowing you to concentrate on your task without distractions.     3. Versatility: Push Lok Hose seamlessly adapts to various fluids and materials, including hydraulic oils, air, gasoline, and more. Whether you're in automotive, industrial, or agricultural settings, Push Lok Hose offers a versatile solution tailored to your requirements.   4. Dependability: Despite its straightforward installation, Push Lok Hose delivers exceptional performance and longevity. The push-on connections ensure a secure seal, reducing the risk of leaks or malfunctions. With Push Lok Hose, you can trust in reliable performance, even under demanding conditions.   5. Cost-Effectiveness: By eliminating the need for specialized tools and reducing installation time, Push Lok Hose translates to savings on labor and equipment expenses. Its reusable fittings promise long-term cost efficiency compared to disposable alternatives, making it a wise investment for both businesses and individuals.   Where can Push Lok Hose be Used?   1, Automotive: Brake systems, fuel lines, transmission cooling lines, and power steering systems. 2, Industrial: Hydraulic systems, pneumatic equipment, air compressor lines, and fluid transfer applications. 3, Construction: Equipment hydraulic lines, lubrication systems, and compressed air systems. 4, Agriculture: Irrigation systems, pesticide and fertilizer applications, and hydraulic machinery. 5, Marine: Bilge pump systems, hydraulic steering systems, and fuel lines. DIY Projects: Home plumbing repairs, vehicle maintenance, and workshop projects. 6, Pneumatic: Hoses are commonly used in pneumatic systems for air and gas transfer applications. 7, Mold forming: A small bend radius allows this hose to be easily installed in tight spaces.     Essentially, anywhere that requires fluid transfer or pneumatic connections, Push Lok Hose can offer a convenient and efficient solution.   The Significant Benefits of Passionco’s Push Lok Hose   1. Cost-Effective: Offering more than a 30% reduction from current market prices, coupled with a quality warranty. 2. Leak-Free: A crucial assurance for seamless operation. 3. Fixture Elimination: Say goodbye to crimping machines or other specialized tools. 4. Precision in Assembly: Eliminates uncertainties in fixture positioning. 5. Swift Assembly: Completing assembly in just a few seconds, saving valuable time. 6. On-Site Usability and Reusability: Can be processed and utilized directly on-site, and it's reusable. Simply cut and pull it out when dismantling, then continue insertion after cutting, without the need to crimp the ferrule—it connects in seconds. 7. Reduced Risks: Minimize potential errors stemming from crimping mistakes, thanks to its simpler operation.   Discover the Convenience of Push Lok Hose Today!   Don't allow complex hose assemblies to hinder your progress. Upgrade to Push Lok Hose and experience the ultimate blend of convenience, efficiency, and reliability. Bid farewell to tools and embrace hassle-free connections. Try Push Lok Hose today and transform your workflow!   Owen Zhao WhatsApp: +86 136 5667 9835 Email: ps07@parshun.com   #Push Lok Hose #Push On Hose #Push Lock Hose #Tool Free Assembly

‘’The safety data sheet of a chemical substance is critical for the proper hose selection. Check if there is a risk of static charges build-up, particularly for operation in a determined potentially explosive zone’’.   Chemical hoses are intended for liquid chemicals both organic and inorganic (acids and bases, salt solutions, paints and varnishes, solvents, etc.) They are used for the transfer of chemicals in chemical processing, transfer and loading/unloading of liquid chemicals (e.g. tank trucks, rail tankers, IBC containers), for diverse technological processes in the chemical, food, pharmaceutical industry, for numerous other industrial processes but also in laboratories. The inner hose layer must be sufficiently resistant to chemical corrosion.   So as to select the right hose in terms of its chemical resistance, it is essential to gather the following data: type of medium (substance transferred by the hose), its state (e.g. liquid, gas), concentration and temperature of the substance, working pressure. The safety data sheet of a chemical substance is critical for the proper hose selection. Check if there is a risk of static charges build-up, particularly for operation in a determined potentially explosive zone.   You might be interested to know the differences between different types of Chemical Hoses. This article will cover the benefits of Chemical Delivery Hoses and Acid Resistant Chemical Hoses. This article will help you identify the right Chemical Hose for your needs. Let us help you decide which one to get. We’ll also talk about the importance of chemical hoses for a variety of industries. Depending on your needs, you can choose from a variety of types.     1, Chemical hose has many advantages Consider the hose’s chemical and mechanical resistance when choosing a hose to use in a chemical plant. The resistance of a chemical hose depends on the type of medium, concentration, temperature, and working pressure. If you plan to use your hose in an explosive area, you must consider the possibility of static charges. Safety data sheets are a must-read for hose selection. The hose’s inner tube is smooth, which facilitates easier washing and sanitation. Chemical hoses can be used with a variety coupling styles, including T-spherical and ball-end. There are many types of couplings available, including quick-connect couplings that can be used for quick connections.   Temperature stability is one of the many benefits of a chemical-hose. Hoses that heat internally have the advantage of using a heat-trace wire to keep the chemical inside. Heat-trace wire allows the chemical inside to be heated more efficiently, which reduces the heating time and reduces downtime in a cold environment. The insulated material resists heat transfer and prevents hoses from bursting or leakage by being internally heated.   2, Chemical Delivery Hose Chemical Delivery Hose is a great way to get chemicals delivered to your business. These hoses are made from EPDM and UHMW Polyethylene Liner and have a chemical-resistant cover. They are able to handle a variety of chemicals, including organic and non-organic acids and salts. Some chemical delivery hoses are also ozone and food-quality approved. You can find the right hose for you, whether you need it for hazardous material transportation or liquid delivery.     Chemical delivery hose is vital for liquid chemical transfer. These hoses are used for the transfer of chemicals to a storage container. Storage tanks should be installed in safe areas where they will not flood or damage the environment. Storage of chemicals may also require an environmental permit. According to the HSE, distributors of chemicals must comply with all regulations and understand the risks associated with the substances they distribute. Safety data sheets for each chemical are also available. These sheets contain information such as a registration number and restrictions on their use.     3, PTFE Hose PTFE is renowned as the most chemically resistant material known. Only a very few, very unusual substances and conditions can affect it, like Fluorine gas at high temperature and pressure and liquid, boiling sodium metal.   Several of our PTFE hoses are suitable for water, steam, and most chemicals. The hoses are also resistant to solvents, alcohol, concentrated acid, oil, gases, esters, ketones and freons. In addition, some of the hoses also tolerate vacuum. In order to make the hose and the coupling long-lasting, the PTFE tube can be folded over the sealing surface of the coupling, which gives a vigorously result. Many of our PTFE hoses are also available in antistatic designs.       Peter Yang WhatsApp: +86 130 7189 6808 Email: ps004@parshun.com   #Chemical Hose Manufacturer #Chemical Hose Applications  

“... while both PTFE and CPE hoses are used for fluid transfer, they are suited for different applications based on their specific propertie.”   PTFE Hose: PTFE is a synthetic fluoropolymer known for its exceptional chemical resistance, non-stick properties, and high temperature resistance. PTFE hoses are often used in applications involving highly corrosive chemicals, such as in chemical processing, pharmaceutical, and food industries. They are also used in high-temperature applications, such as in aerospace and automotive industries, where they can withstand extreme temperatures without losing their properties. PTFE hoses have a very low coefficient of friction, making them ideal for applications where a smooth inner surface is required to minimize fluid resistance.     CPE (Chlorinated Polyethylene) and PTFE (Polytetrafluoroethylene) hoses are both used in various industries for fluid transfer applications, but they have different properties and applications.   2. CPE Hose: CPE is a type of thermoplastic elastomer known for its excellent resistance to abrasion, oil, and weathering. CPE hoses are commonly used in automotive applications, particularly for fuel and oil lines, due to their resistance to petroleum-based fluids. They are also used in hydraulic systems, air conditioning systems, and other applications where resistance to oil and abrasion is important. CPE hoses are flexible and can withstand a wide range of temperatures, making them suitable for diverse environments.       CPE hoses are made from chlorinated polyethylene, offering good chemical resistance and flexibility, while PTFE hoses are constructed from polytetrafluoroethylene, providing superior chemical resistance and thermal stability.   In summary, while both PTFE and CPE hoses are used for fluid transfer, they are suited for different applications based on their specific properties such as chemical resistance, temperature resistance, and flexibility. Choosing the right hose depends on the specific requirements of the application.   Janet Yao Email: ps005@parshun.com WhatsApp: +86-136-6663-2043   CPE HOSE, PTFE HOSE, Fluid Transfer, Chemical Resistance, Temperature Resistance

"Excellent resistance to weathering, ozone, UV radiation, and high temperature, highly suitable for a wide range of applications."     1. What is EPDM Hose? EPDM hose refers to a type of hose made from EPDM (Ethylene Propylene Diene Monomer) as raw material, also known as ethylene propylene diene monomer rubber hose. EPDM rubber is a copolymer rubber mainly composed of ethylene, propylene, and non-conjugated dienes. EPDM is a synthetic rubber compound known for its excellent resistance to weathering, ozone, UV radiation, and high temperature, making it highly suitable for a wide range of applications. Excellent High-Temperature Resistance: EPDM rubber pipes have excellent high-temperature resistance and can withstand working conditions in high-temperature environments while maintaining stable physical and chemical properties. They are suitable for fields such as automotive engine compartments and industrial equipment. Strong Weather Resistance: EPDM rubber pipes have excellent weather resistance, maintaining good performance even under extreme weather conditions. They are resistant to heating, aging, cracking, or deformation, making them suitable for outdoor environments and harsh weather conditions. Good Chemical Resistance: They maintain stable performance and are suitable for chemical pipelines, medical equipment, and other fields with strict chemical requirements. EPDM pipes have excellent chemical resistance, resisting the corrosion of acids, alkalis, oils, solvents, and other chemicals. Easy Installation: EPDM hoses are flexible and elastic, making them easy to bend and install. This reduces construction costs and time, improving project efficiency. Environmentally Friendly and Healthy: EPDM hoses are environmentally friendly and healthy materials, free from halogens, heavy metals, and other harmful substances. They meet environmental standards and can be safely used in food, drinking water, and other fields.   2. What is EPDM Hose Used for? Do You Know？ EPDM hoses are commonly used in various industries, such as automotive, construction, HVAC (Heating, Ventilation, and Air Conditioning), plumbing, and more. They are designed to withstand harsh environmental conditions, chemicals, and high temperatures, making them versatile and durable for different applications.                         3. Curious about our EPDM hoses? Well, let us tell you. Jack Hammer Hose, high pressure, abrasion resistance, weather resistance, easy to use.            Rubber Garden Water Hose, durability, weather resistance, kink resistance.              Overall, Paishun is a professional hoses manufacturer, supplying one-stop OEM/ODM to various fields. Our team will continue to share more EPDM hoses information in the future!     Zoe Wei WhatsApp: +86 137 3809 5094 Email: ps04@parshun.com #EPDM Hose Manufacturer #EPDM Hose Applications #EPDM Hose      

"Unlocking the puzzle of hydraulic fittings involves a detective's eye: scrutinize shapes and features, measure dimensions like a pro, decode thread types, and seek out hidden clues like material and markings......."   In the dynamic world of hydraulic systems, where precision and performance are paramount, identifying the right hydraulic fittings is akin to solving a captivating puzzle. From their unique shapes to the intricate threading, each fitting holds the key to maintaining the fluid flow that powers machinery. In this article, we embark on a journey to demystify the process of identifying hydraulic fittings, offering insights and strategies to navigate this fascinating realm with ease.     Dimensional Deliberation: Measuring Matters Equip yourself with calipers or a ruler to measure key dimensions accurately. Pay close attention to diameter, thread pitch, length, and width. These measurements serve as vital clues in narrowing down the type of fitting you're dealing with.     Visual Inspection: The Detective's Eye Like a seasoned detective, begin your quest by visually inspecting the fitting. Take note of distinctive features such as shape, size, and surface textures. Scrutinize for any markings or labels that could reveal crucial information about the fitting's specifications.     Deciphering Threads: The Language of Connection Threads play a pivotal role in hydraulic fittings, determining how components connect and seal. Identify whether the threads are NPT, BSPP, BSPT, ORFS, JIC, or SAE, each with its unique characteristics. Understanding thread types is essential for selecting compatible mating components.     Material Matters: The Substance of Strength Hydraulic fittings come in various materials, including steel, stainless steel, brass, and aluminum. Consider the operating conditions and compatibility with fluids when assessing material choices. The right material ensures durability, corrosion resistance, and optimal performance in your hydraulic system.     Seek Expert Guidance: Consulting the Oracle When in doubt, don't hesitate to seek guidance from hydraulic specialists or online communities. Manufacturer's catalogs and reference guides serve as invaluable resources in identifying fittings. Engage in knowledge-sharing forums where enthusiasts and experts offer insights and assistance.   Identifying hydraulic fittings is an exhilarating journey, blending the precision of measurement with the thrill of discovery. By honing your observational skills, deciphering threads, and consulting trusted sources, you unlock the secrets of these essential components. So, embrace the challenge, equip yourself with knowledge, and embark on your quest to master the art of identifying hydraulic fittings with confidence and precision.   Janet Yao Email: ps005@parshun.com Whatsapp: +86-136-6663-2043   #Hydraulic Fittings  #Identify Hydraulic Fittings #Thread

“Permeability is one of the most important performance of rubber fuel hoses, this article introduces permeability of some important rubber fuel hoses, the materials of the fuel hose with low fuel permeability and methods to test fuel permeability.”   What does fuel permeation mean? In an automotive area, permeation refers to how gases, vapors, or fluids pass through materials. Fuel vapor can permeate through fuel hoses or fuel lines. Hence, fuel hoses are made with materials that are meant to either lessen or completely prevent permeation.   Why a low permeability is so important to a rubber fuel hose?   To Guarantee Safety: Fuel vapors are flammable and can pose a fire or explosion risk if they accumulate in the surroundings. For Environmental: Friendly. For Fuel Efficiency: By minimizing permeation, rubber fuel hoses can help maintain the integrity of the fuel system and optimize fuel consumption. Durability and Longevity: By maintaining low permeability, the rubber hose can retain its physical properties and ensure long-term durability.   Which rubber material would be the best choice for applications with prolonged exposure to oils/fuels? For applications with prolonged exposure to oils, Fluorocarbon Rubber (FKM) is generally considered the best choice. FKM, also known as Viton®, offers excellent resistance to a wide range of oils, fuels, and chemicals. It has a high degree of oil resistance, making it suitable for long-term exposure to oils and petroleum-based fluids.   One of the methods to test permeability of rubber fuel hoses. Sealing one end of the fuel hose and filling it with the fuel under test. The hose is then weighed at regular intervals over a specified duration. Any weight loss indicates fuel vapor permeation through the hose, and the permeation rate can be determined based on the weight loss over time.   Permeability Test on Paishun’s Fuel Line. We use seriously the above method to do the test, this test lasts for 1 month !   Hose 1: SAE J30R9 Fuel Line. Standard Permeation Rate: 15 g/m2/day. Test Result- PR Using Linear Regression: 9.73 g/m2/day. Average Daily Permeation Rate: 7.85 g/m2/day.       Hose 2: SAE J30R7 Fuel Line. Standard Permeation Rate: 550 g/m2/day.. Test Result: PR Using Linear Regression: 22.03 g/m2/day. Average Daily Permeation Rate: 23.5 g/m2/day.       Paishun produces various rubber fuel hoses, SAE J30 series fuel line is one of the important sectors. The fuel line is made from material with excellent permeation resistance, which guarantees long usage life, and safe durable application.   Please contact Paishun for more information! We may offer you our fuel hose samples for testing. Probably you would like our fuel hose, and let's start a long and stable collaboration!   Alice Jiang WhatsApp: +86 159 6880 6735 Email: ps010@parshun.com    

  “At this year's Hannover Messe, Paishun Group is poised to demonstrate its commitment to driving innovation and shaping the future of rubber hoses. ”   Hannover, 22-26 April - Paishun Group, a leader of rubber hose manufacturer, is thrilled to announce its participation in Hannover Messe 2024, one of the world's largest trade fairs for industrial technology.     Hannover Messe, renowned for its focus on innovation and cutting-edge technologies, serves as an ideal platform for Paishun Group to showcase its latest advancements and solutions. This prestigious event brings together industry leaders, experts, and innovators from across the globe, providing invaluable networking opportunities and insights into emerging trends.     At this year's Hannover Messe, Paishun Group is poised to demonstrate its commitment to driving innovation and shaping the future of Rubber Hoses, like Industrial Air Hose, Water Hose, Fuel Hose, Gas Hose, Welding Hose, High Pressure Hydraulic Hose, PTFE Hose, Push-Lock Hose, CNG Hose, Food Washing Hose, Breathing Hose, etc. Visitors to our booth can expect to experience firsthand our groundbreaking products, solutions, and technologies designed to address the evolving needs of the industry.   We are excited to participate in Hannover Messe 2024 ( Booth No: Hall 5, D46-46 ), and to meet you for a pleasant discussion.   For more information about Paishun Group and its participation in Hannover Messe 2024, please visit www.passioncohose.com or contact Janet Yao with email: ps1@passioncohose.com.   Janet Yao WhatsApp: +86-136-6663-2043 Email1: ps1@passioncohose.com Email2: ps005@parshun.com  

"The heat resistance of hydraulic hoses is not just a feature; it's a fundamental characteristic that contributes to the reliability and efficiency of hydraulic systems..."   In the dynamic world of heavy machinery and industrial applications, the resilience of hydraulic systems is paramount. One critical aspect that often stands out is the heat resistance of hydraulic hoses. These unsung heroes play a crucial role in transmitting power within hydraulic systems, but the question remains: Are hydraulic hoses heat-resistant?   The resounding answer is yes. Hydraulic hoses are designed with a keen understanding of the challenging environments they may encounter. They are crafted from materials that not only withstand pressure and flexing but also exhibit impressive heat resistance. This feature is especially vital in industries where high temperatures are part of the daily operational landscape.     The primary materials used in hydraulic hoses, such as synthetic rubber and thermoplastics, are carefully chosen for their ability to endure a wide range of temperatures. Synthetic rubber, a staple in hydraulic hose construction, possesses not only exceptional flexibility and durability but also the capacity to resist the detrimental effects of heat.   Thermoplastics, another key component in hydraulic hoses, contribute to their heat resistance while offering the added benefits of lightweight construction. This is particularly advantageous in applications where minimizing weight is a priority without compromising the hoses' ability to handle elevated temperatures.     Understanding the temperature limits of hydraulic hoses is crucial for selecting the right product for specific applications. Manufacturers provide temperature ratings that indicate the minimum and maximum temperatures at which a hydraulic hose can operate effectively. This information empowers users to make informed decisions, ensuring the longevity and reliability of their hydraulic systems.   In industries such as manufacturing, construction, and mining, where equipment operates in demanding conditions, the heat resistance of hydraulic hoses becomes indispensable. These hoses enable machinery to function seamlessly, even in environments where temperatures fluctuate or external heat sources are present.     When selecting hydraulic hoses for your application, it's essential to consider the specific temperature range within which your hydraulic system operates. Choosing hoses with temperature ratings that align with your operating conditions ensures optimal performance and longevity.   In conclusion, the heat resistance of hydraulic hoses is not just a feature; it's a fundamental characteristic that contributes to the reliability and efficiency of hydraulic systems. As industries continue to evolve, the demand for hydraulic hoses capable of withstanding extreme temperatures will persist. Investing in heat-resistant hydraulic hoses is an investment in the longevity and optimal performance of your machinery, ensuring a smooth and efficient operation in the face of challenging environments.     Below are the general temperature ranges for different types of regular hydraulic hoses:   1. Rubber with Wire or Fiber Reinforced Hydraulic Hose -Standard temperature range: -40°C to +100°C (-40°F to +212°F) -Specialized variations may have extended temperature ranges for specific applications.   2. Polyester with Fiber Reinforced Hydraulic Hose -Similar to rubber hoses, the temperature range for hoses with polyester and fiber reinforcement is typically -40°C to +100°C (-40°F to +212°F). -Specific hose constructions and materials may slightly alter this range.   3. PTFE Hose -PTFE (Polytetrafluoroethylene) hoses generally offer a broader temperature range compared to rubber hoses. -Standard temperature range: -70°C to +260°C (-94°F to +500°F) or even higher in some cases. -PTFE hoses are known for their excellent chemical resistance and suitability for high-temperature applications.   Owen Zhao WhatsApp: +86 136 5667 9835 Email: ps07@parshun.com

“Unlike traditional PVC pipes that may contain harmful toxins and chemicals, our ice machine water inlet pipe is crafted from NSF and cUPC certified PEX inner pipe.”   Are you tired of worrying about the safety and reliability of your ice machine water inlet pipe? Look no further! SRT is proud to present the PEX Ice Machine Water Inlet Pipe, the superior choice for all your ice machine water supply needs.     What sets our product apart is its unparalleled quality and safety features. Unlike traditional PVC pipes that may contain harmful toxins and chemicals, our ice machine water inlet pipe is cr“Unlike traditional PVC pipes that may contain harmful toxins and chemicals, our ice machine water inlet pipe is crafted from NSF and cUPC certified PEX inner pipe.” afted from NSF and cUPC certified PEX inner pipe. This ensures that your water remains uncontaminated and safe for consumption, giving you peace of mind with every ice cube produced.     But that's not all! We understand the challenges of installation, especially in tight spaces. That's why we offer a kink-resistant option, perfect for those cramped environments where traditional pipes may struggle to fit. With our kink-resistant materials, you can say goodbye to frustrating installation processes and hello to seamless operation.     Here are some key benefits of choosing our PEX Ice Machine Water Inlet Pipe:   1. Safety First: With NSF and cUPC certifications, you can trust that our pipe meets the highest standards of safety and quality. Non-Toxic: Say goodbye to worries about harmful chemicals leaching into your water. Our PEX inner pipe ensures purity and cleanliness.   2. Durability: Built to last, our ice machine water inlet pipe is resistant to corrosion and degradation, providing long-term reliability.   3. Easy Installation: Whether you opt for our standard or kink-resistant option, installation is a breeze, saving you from time loss and hassle.   4. Versatility: Suitable for a wide range of ice machines, our pipe adapts to your specific needs, ensuring compatibility and efficiency.   Don't settle for inferior products that compromise on safety and performance. Upgrade to the PEX Ice Machine Water Inlet Pipe today and experience the difference for yourself. Trust in our commitment to quality and reliability, and never worry about your ice machine water supply again. Safer and more advanced PEX inner pipes can also be used to make floor heating pipes, high-end shower pipes, etc. If you want to know more about PEX inner pipes and potential products, please contact SRT!     John JIANG WhatsApp: +86 137 7785 9109 Email: ps01@parshun.com  

What is a lpg flexible gas hose? The application of lpg flexible is mainly used for gas stoves, circulation of liquefied fuel gas or gaseous fuel, LPG gas, welding, etc, lpg flexible gas hoses are an essential part of many homes and businesses. They provide a safe and efficient way to deliver lpg gas to appliances and equipment.            How to produce a lpg flexible gas hose? Paishun is a gas hose manufacturer, producing a lpg flexible gas hose is similar to making bread. First, high-quality raw materials need to be prepared. The main raw material for LPG flexible gas hose is rubber, and there are many types of rubber. Therefore, it is necessary to choose suitable rubber materials based on the usage environment and requirements of the gas hose. Similar to preparing ingredients like flour, milk, sugar, etc., in making bread. The second step involves mixing the rubber raw materials with various additives. This mixture is poured into a mixer and subjected to high temperature and pressure treatment to evenly blend, akin to pouring ingredients into a bread maker and stirring them. In the third step, the rubber after mixing is made into rubber sheets. The rubber sheets resulting from this process have a uniform thickness and structure after being kneaded, similar to kneading dough by hand. Subsequently, the inner tube is extruded, braiding, and the outer tube is extruded, just as various shapes are given to bread. Finally, just as bread needs to be baked, the LPG flexible gas hose needs vulcanization to impart excellent heat resistance, corrosion resistance, and aging resistance.             Are you very interested in the process of producing lpg flexible gas hose? Isn't it fascinating? Here are some of the advantages of gas hoses: Safety: Gas hoses are made of durable materials that can withstand the high pressures and temperatures of lpg gas. They are also designed to prevent leaks, which can be a safety hazard. Reliability: Gas hoses are a reliable way to transport lpg gas. They are less likely to experience disruptions than other methods of transportation, such as trucks or pipelines. Efficiency: Gas hoses are a relatively efficient way to transport lpg gas. They have low energy losses, which helps to conserve resources. Cost-effectiveness: Gas hoses are a cost-effective way to transport lpg gas. They are relatively inexpensive to install and maintain. Overall, gas hoses are a safe, reliable, efficient, and cost-effective way to transport lpg gas. They are an essential part of the infrastructure that supports our modern society.             Paishun's professional R&D team may customize your hose, to meet any specific technical requirements. If you need more details, please feel free to contact us. Zoe Wei Email: ps4@parshun.com WhatsApp: +86-137-3809-5094

  What is a PTFE Hose? A PTFE hose assembly is a hose lined with Teflon, also known as Polytetrafluoroethylene, with specific end connectors attached. Our comprehensive range of PTFE hose assemblies are made to meet the stringent temperature, pressure and vacuum service requirements found in food, pharmaceutical, medical, beverage petrochemical and dairy product applications. The PTFE compound offers unique properties which include excellent chemical resistance, high temperature resistance (from -60°C/76°F up to +260°C, 500°F), high working pressure rating (up to 552 bar) and a frictionless, easy clean surface. PTFE hoses are available in smooth bore or convoluted bore PTFE with an assortment of grades, covers & end terminations. The compounds are manufactured from DuPont granules in virgin or Anti-Static PTFE to FDA 21.CFR.177-1550 compliance.     Do you know chemical resistance of PTFE? Perhaps its most famous attribute is PTFE’s extremely high resistance to chemicals and corrosives. There are only a handful of scenarios where PTFE would not be the first choice regarding a corrosive or chemical application and these are extremely unusual scenarios such as Fluorine gas at a high temperature or boiling sodium metal. Apart from these, PTFE performs considerably well in many chemical hose applications and should be the first choice when choosing a hose for your application. As a OEM chemical corrosion resistant PTFE hose manufacturer, we can provide customized PTFE Hoses for your choice.   Custom PTFE Hose Assemblies We can manufacture your PTFE hoses to any combination of lengths, bore sizes from 1/8” to 4”, grades for all industries, covers from stainless steel braid to polypropylene, EPDM or Silicone. The hoses can be reinforced to your requirements, with vacuum wire or single, double or triple braid and fitted with a versatile selection of end terminations. Options include a simple male or female connector at each end, sophisticated compression fittings, Camlock couplings, Dry disconnects, valves and air pressure fittings.     Except Chemical resistance, there are many benefits of PTFE Hose Inert to virtually all chemicals Very resistant to weathering UV light resistant Oxidisation resistant Resistant to discolouration and aging Non-flammable Lightweight Superior flex fatigue life Low permeability Lowest coefficient of friction of any solid material Unlimited shelf life Solvent Resistant     So excellent PTFE Hose products here, please contact us to get more details: Janet Yao Email: ps1@passioncohose.com WhatsApp: +86-136-6663-2043

As a one-stop OEM/ODM hose solution provider, we PassionHose showed Air Conditioning Hose, Refrigerant Charging Hose, Push Lock Hose, Fuel Hose, Air Pressure Hose, Water Hose etc. on ISK-SODEX 2023 Expo. Thank you all friends and all customers for visiting our booth Hall 9, B25 in fascinating Istanbul. Iyi sanslar！            

The four-day PTC Fair has been a big success. It is our honor that lots of visitors focus on our rubber hoses. Thank you so much!   As a trusted one-stop OEM/ODM hose solution provider, we showed Hydraulic Hose, Push Lock Hose, Pressure Washer Hose, Marine Fuel Hose, Flame Resistant Rubber Breathing Hose and Stainless Steel Braided PTFE Hose and Fittings etc. on this fair.   With your support, we will be growing better!      

Welcome to visit us: Booth Hall9, B24 & B25 Address: Istanbul Expo Center Date: October 25th to 28th 2023   As a trusted one-stop OEM/ODM hose solution provider, we will show air conditioning hose, Refrigerant Charging Hose, Push lock hose, Air Hose, Fuel Hose, Water Hose etc on ISK-SODEX 2023.   Low Permeability ＜5.0kg/㎡/year Pulse-Resistant ≥8.30Mpa Aging Resistance After 125°C±2°C x 168 hs, No crack, No disintegration Ozone Resistance Ater 72hrs@100pphm and 40°C±2°C, No visible cracks Low temperature Resistance Bend at least 180 degree in 4 to 8S after 24h at -30°C, No crack, no disintegration  

The four-day BICES exhibition has come to an end. Thank you for the support of so many visitors for paying attention to our rubber hoses on 2023 BICES.     We are back from Beijing 2023 BICES. It is International Construction Machinery, Building Material Machines and Mining Machines Exhibition and Seminar. It is our honor that lots of visitors focus on our rubber hoses. Hope we will be better.    

Welcome to visit us: Booth E4021 Address: China International Exhibition Centre (Shunyi Venue), Beijing Date: September 20th to 23th As a trusted one-stop OEM/ODM hose solution provider, we will show push lock hose, pressure washer hose, marine fuel hose, flame resistant rubber breathing hose and stainless steel braided PTFE hose, etc on BICES 2023.     Versatile Applications of Industrial Fluid Conveyance   PassionHose offers reliable fluid, gas, and water conveyance solutions for a wide range of industrial equipment and applications, including construction machinery, mining, gas stations, chemical equipment, air compressors, welding, firefighting equipment, food industry, and more. Our hoses are designed to operate under wide pressure and temperature ranges, with small bending radius, high abrasion resistance, long-lasting durability, and exceptional transfer capabilities. Contact us to learn more about how PassionHose can meet your specific needs.   Your Stable Hose Assembly Solution   With the support of Finn-Power crimping machines, Passionhose provides precise and fast crimping of various hoses and connectors. The min. toleranceis controlled to±0.1mm. Over 2,000 pcs per day.   Manufacturer of Rubber Hoses   Various Couplers Adaptable Conveying Multiple Media Wide Pressure Range Wide Temperature Range Small Bending Radius High Abrasion Resistance

95 vs 98 Petrol - Are You Actually Wasting Money on Premium Petrol?

May the Holidays bring happiness and joy to you and your loved ones. Merry Christmas!      

Our Industrial Hose department went to Tengchong, Yunnan. Tengchong is a famous hometown of overseas Chinese, a country of literature and a distribution center for emeralds, as well as a provincial-level historical and cultural city. Tengchong was called Dianyue in the Western Han Dynasty, and Tengchong Mansion was established in the middle period of Dali Kingdom. Due to the important geographical location, heavy troops were stationed in successive dynasties. In the Ming Dynasty, a stone city was built, which was called "the first city on the extreme edge". The main tourist attractions in Tengchong include Volcanic Group National Park, Dieshuihe Waterfall, Beihai Wetland Reserve, National War Cemetery, Ai Siqi's Former Residence, etc.    

Happy Birthday yo Lily, Rina and Ethang! Hope June will bring happiness to you!  

We will DIY perfume bag for Dragon Boat Festival in Paishun today.  It is a traditional way to celebrate this festival.  Hope all of you enjoy it!  

A tug-of-war competition was held in the park This noon, and after intense competition, the Paishun team won first place!!! Although we are not the strongest team, we have a united spirit of Paishun, and we are the best!!!  

Paishun team traveled to Chongqing and Chengdu city.   Sichuan Province is the largest and most complete panda habitat in the world, accounting for more than 30% of the world's wild pandas. We saw pandas in Chengdu city, Sichuan province, the pandas are very very cute, they eat bamboo very fast.   Liziba Station is the first straddle type monorail elevated station in China which coexists with commercial and residential buildings. Chuan ju bian lian (Face-changing) is a special effect used to create characters in the art of Sichuan Opera.   Hot pot is very delicious.

Hydraulic hose has a finite service life, which can be reduced by a number of factors. From a maintenance perspective, little or no attention is usually paid to the hoses of a hydraulic machine until a failure occurs. And hydraulic hose failures cost more than the replacement hose. Additional costs can include: Clean up, disposal, and replacement of lost hydraulic oil. Collateral damage to other components, e.g. a hose failure on a hydrostatic transmission can result in loss of charge pressure and cavitation damage to the transmission pump and/or motor. Possible damage caused by the ingression of contaminants. Machine downtime. Focus on the following issue to extend hydraulic hose life and minimize the costs associated with hydraulic hose failures: External damage About 80% of hose failures are attributable to external physical damage through pulling, kinking, crushing or abrasion of the hose. Abrasion caused by hoses rubbing against each other or surrounding surfaces is the most common type of damage. To prevent external damage, ensure all clamps are kept secure, pay careful attention to routing whenever a replacement hose is installed and if necessary, apply inexpensive polyethylene spiral wrap to protect hydraulic hoses from abrasion. Multi-plane bending Bending a hydraulic hose in more than one plane results in twisting of its wire reinforcement. A twist of five degrees can reduce the service life of a high-pressure hydraulic hose by as much as 70%. And a seven-degree twist can result in a 90% reduction in service life. Multi-plane bending is usually the result of poor hose assembly selection and/or routing but can also occur as a result of inadequate or insecure clamping where the hose is subjected to machine or actuator movement. Operating conditions The operating conditions that a correctly installed hydraulic hose is subjected to will ultimately determine its service life. Extremes in temperature, e.g. high daytime operating temperatures and very cold conditions when the machine is standing at night, accelerate aging of the hose's tube and cover. Frequent and extreme pressure fluctuations, e.g. rock hammer on a hydraulic excavator, accelerate hose fatigue. In applications where a two-wire braid reinforced hydraulic hose meets the nominal working pressure requirement but high dynamic pressure conditions are expected, the longer service life afforded by a spiral reinforced hydraulic hose will usually more than offset the higher initial cost.

Paishun rubber hose plant has moved to new address:   No.11 Weiyi Road, Buzizhen Industrial Park, Suchen District, 223800 ,Suqian, Jiangsu, P.R.CHINA   BETTER PLANT,  Better RUBBER HOSE!!!          

As it shows in the data declared by “General Administration of Customs ”，comparing with last year, China export has increased by 32.3% in this April and import has increased by 43.1%, calculated by USD.

Paishun team enjoyed the beach and the sea in Sanya Hainan Province.  

Paishun just updated the ISO 9001:2015 certificate. Providing high quality rubber hoses has always been our goal. We'll keep providing you good products and 5-star service.

Paishun Team enjoyed it in "grassland on the cloud" last weekend!            

  They are the most beautiful people.              

Welcome to Visit our booth at Canton FAIR!   Hall 14.4 Oct. 15th-19th  

22/05/2019-27/05/2019   Travelling in Koh Samui          

Welcome to visit us:    Booth 570, Hall W2   Address: Shanghai New International Expo Center   Date: November 27th to 30th   Hangzhou Paishun Rubber and Plastic Co., Ltd.                   

PAISHUN'S holidays is from 11/02/2018 to 22/02/2018.    Wish everybody have an excellent new year!  

  PASSION will attend China International Hareware Show 2017.      Product:   AIR HOSE  OIL HOSE WELDING HOSE GAS HOSE  

PASSION will attend Hannover Messe (24-28th April, 2017) in Germany.   Display item: Low pressure rubber hose High pressure hydraulic hose Hydraulic hose fitting   Our booth number: Hall: 21 Stand: A17-9   WELCOME TO MEET YOU THEN!!! .

Hangzhou Paishun attended PTC Expo in Shanghai from 1st Nov. to 5th Nov. at booth number E6 F6-2. Many regular customers and new customers visited Paishun's booth, and are satisfied with Paishun's high hose quality level.

Hangzhou Paishun attended Bauma Fair in Shanghai from 22th Nov. to 25th Nov. at booth number E3 171-A. Many regular customers and new customers visited Paishun's booth, and are satisfied with Paishun's high hose quality level.  

PASSION attended 2015 PTC ASIA Fair in Shanghai from Oct. 27th to Oct. 30th.    Address: Shanghai New Int'l Expo Centre   Booth Number: Hall: E1 Stand: K9   Display Item: Hydraulic Hose and Hydraulic Fitting.                    

PASSION attended 2015 China International Hardware Show in Shanghai from Oct. 21th to Oct. 23th.   Address: Shanghai International Exhibitions and Convention Centre   Booth Number: 8C035   Display Item: Welding Hose, Air Hose, Gas Hose, Water Hose, etc.               

PASSION has got CE certificate of gas hose adheres to ISO 3821 and EN 16436.   Date of issue: Apr. 20, 2016  

PASSION's new factory Suqian Paishun Hose Technology Co., Ltd has established on April, 26th, 2016.