Ultra high pressure cleaning hoses are made from flexible polyvinyl chloride and a plasticizer (a coprecipitate stabilizer based on sulfate). It can also contain rigid polymers such as CHEMIGUM which can increase the hose’s tensile strengths by 5% to 15%. The core may contain calcium carbonate to increase strength and stiffness.
ultra high pressure resin hose manufacturer customization
Ultra high pressure cleaning hoses are made of a rubber or plastic liner. They are used in industries like chemical plants, mining, and petroleum producers. These types of hoses are extremely durable and have a 2.5 safety factor, making them suitable for a variety of applications. Rubber water blast hoses are typically made of a smooth tube with a polymeric liner. The construction of these hoses is reinforced with high-tensile steel wire spirals. This provides maximum flexibility and strength, while reducing weight. The result is a hose that is three to 10 percent lighter than other similar hoses.
Fiber reinforced nylon resin hose is a versatile type of hose that is used in many different industries. This hose is extremely resistant to chemicals, abrasion and corrosion. It also has a long service life and can withstand high temperature and pressure. Nylon hoses can be used in vacuum and air conditioning systems and are incredibly flexible.
Production process for ultra-high pressure resinhose
The wear resistance of an ultra-high pressure resin cleaning hose depends on its material composition. Some materials are more abrasive than others and are better for some applications. The material selection should take into account factors like abrasion, extreme temperatures, and chemical exposure, which can shorten its service life.
Aplication fields of ultra-high pressure resin hose
SANTOPRENE(r), thermoplastic rubber, is the material that makes up hose jackets and inner cores. These materials are designed to resist pressure up to 12000 psi and have a minimum impulse value of 30,000 cycles. They can also accommodate pressurized cleaning fluids up to 140deg F and have an elongation of 3% at rated pressure.
The present invention also provides a hose with excellent flexibility. It contains a plasticizer that imparts elasticity to the polyvinyl chloride material. Further, a sulfate-based coprecipitate stabilizer is used to prevent the hose from kinking. The hose can be designed with additional features, including rigid polymers (5% to 15% by weight) and calcium carbonate.
High-pressure hoses are widely used in industrial settings. They are commonly used for fire protection and chemical-resistant industrial hoses. However, the consumer grade hoses are often stiff and do not offer the flexibility that is needed for consumer pressure washers.
The invention provides a high-pressure hose with a minimum bend radius of 38 mm. The minimum bend radius for high-pressure hoses is typically 34 mm, or even 32 mm. The hose is suitable to be used in pressure washing applications for consumers because it is cost-effective.