Structure
The rubber hose is composed of an inner layer, a winding layer, a steel wire layer, and an outer layer. Each layer plays a crucial role in determining the hose’s overall performance and functionality.
Classification
Water Rubber Hose: This type is designed to handle general water transfer tasks. It can perform reliably in environments with temperatures ranging from -20℃ to 45℃, making it suitable for a wide variety of common water-related applications.
Air Hoses: Ideal for transporting compressed air and inert gases, they too are built to withstand the temperature range of -20℃ to 45℃. Whether it’s for powering pneumatic tools or other air-based operations, these hoses get the job done.
Oil Resistant Hoses: Specifically engineered to transport conventional oils, they maintain their integrity within the -20℃ to 45℃ temperature window. This makes them a go-to choice for applications involving the transfer of various petroleum-based products.
High Temperature Resistant Hoses: Capable of transporting water up to 100℃. These hoses open up possibilities for use in scenarios where slightly elevated temperatures are involved. Such as in some industrial heating or cooling processes.
Steam Hose: Tailored for conveying hot water or saturated steam below 170℃. It provides a reliable solution for steam-based applications, ensuring safety and efficiency.
Acid and Alkali Resistant Hoses: These hoses are adept at conveying dilute acids and alkalis with a concentration of up to 40%. They can be utilized in environments from -20℃ to 45℃, safeguarding against chemical corrosion and enabling the handling of acidic or alkaline substances.
Sandblasting Hose: Perfectly suited for metal surfaces undergoing sandblasting and sanding via air pressure. It has the durability and strength required to withstand the abrasive forces involved.