Hydraulic Low Pressure Push-On Hose For Industrial Non Conductive Application
Short Description:
Product category: multipurpose hose
Type code: PO300
Inner tube: nitrile rubber
Reinforcement: high tensile synthetic fiber
Outer cover: synthetic rubber
Constant operation:-40˚C to + 100˚C
Trademark: VELON/ODM/OEM
Colour: black, red, green, blue, yellow, grey
Advantage: abrasion, oil, ozone, weather, fire resistance
- Product Detail
- Product Tags
Applications
>>>For an environment with propulsion joint and working pressure 300 psi. It is applicable for low pressure hydraulic pressure air systems, general industry, automation and maintenance. At 1000V DC voltage, the resistance value is more than 1010 Ω/m. The hose has excellent resistance flexibility.
Technical Description
>>>Tube:Nitrile rubber
Reinforcement:High tensile synthetic fiber
Cover:Synthetic rubber, abrasion, oil, ozone, weather, fire resistance
Cover color:black, red, green, blue, yellow, grey
Temperature range:-40℃ to +100℃
TYPE
>>>PO300
WHY CHOOSE VELON
>>>Research and Development
Velon is the leading innovator of high quality hose, hose assemblies in a wide range of high quality and advanced technologies. Research and Development is one of the most valued assets of Velon.
In the Velon laboratory, highly specialized engineers work for the formulation and development of raw materials and semi-finished products, including the hose structure, production process and crimping technology.
Developing new technical solutions allows Velon to face the daily challenges, it also help Velon increase the experience and skills in the sector, fore viewing the request of our customers.
Over the past 10 years, Velon has successfully developed and provided many customized hoses for different markets. The research and development staff has followed the own developed compounds and technologies, upon request from the customers, the design of the products includes the choice of
materials or the development of new materials in case the application requires it, implementation of a specific design in order to obtain greater benefits both from an ergonomic point of view and production efficiency for the user.