Why is the Pressure of Resin Hose Higher than Rubber Hose?

Resin hose and rubber hose are commonly used in various industries. However, when it comes to pressure, resin hose has a distinct advantage over rubber hose. Why is that?
The answer lies in the composition of the two types of hoses. Resin hose is made of synthetic resin, which has a higher tensile strength and flexibility compared to natural rubber. On the other hand, rubber hose is made of natural rubber. Although rubber is known for its elasticity, it cannot withstand high pressure as effectively as synthetic resin.
Another factor contributing to the higher pressure capability of resin hose is its reinforced structure. Resin hoses are often reinforced with a layer of high-strength synthetic fiber or metal wire, which enhances their resistance to pressure. This reinforcement provides additional support and prevents the hose from expanding or bursting under high-pressure conditions.
Additionally, resin hose has superior chemical resistance compared to rubber hose. Many applications involve the transportation of corrosive fluids or substances. The chemical resistance of resin hose ensures that it can withstand the harsh environments and corrosive materials, further justifying its higher pressure rating.
In conclusion, the pressure of resin hose is higher than rubber hose due to its composition, reinforced structure, and superior chemical resistance. Resin hose, with its synthetic resin composition and added reinforcement, showcases greater tensile strength and flexibility, enabling it to withstand higher pressure levels. So, if you are looking for a hose that can handle high-pressure applications with ease, the resin hose is the ideal choice!