SAE 100R1AT/1SN Rubber Hdyraulic Hose Pipe Wire Braid Reinforcement

SAE 100R1AT/1SN WIRE BRAID REINFORCEMENT HDYRAULIC HOSE PIPE

Appllcatlon: Medium Pressure Hydraulic Applications including mobile, Machine tool and Agricultural

Applications, Using Petroleum or Water Based Hydraulic Fluids

Inner Tube : Nitrile

Relnforcement: One braid of high-tensile steel wire

Cover compound: Neoprene

Temperature Range: -40℃～+100℃

Classification and application of hydraulic hose

A commonly used hose nylon pipe plastic pipe resin pipe!!! "The rubber pipe nylon tube is a new type of

milky white translucent tube compression ability depending on the material, most of the current in the low-

pressure pipeline using nylon tube after heating for bending! Flaring, cooling and forming can be fixed,

has a wide range of the use of" future oil resistant plastic pipe is cheap, convenient assembly, but the

ability of low pressure pipeline working pressure, only suitable for small, such as oil leaking oil! Etc.,

plastic pipe after long-term use will deteriorate aging of rubber hose for connection between two relatively

moving parts, but not connected to the hydraulic cylinder with the control valve between the moving parts,

otherwise prone to creeping phenomenon of rubber hose made of oil resistant rubber, according to the

different high!! low pressure rating, and wire such as cotton canvas!! strengthening "engineering

machinery is widely used in the high pressure wire braided or The utility model relates to a steel wire

winding hose, which is formed in the form of a convenient assembly connection"

The rubber tube size precision is not uniform, even if the same number of hose, different parts, the hole

size is not consistent, this is decided by the current production process of the production process of

rubber hose now has a core and non core woven woven two, all can be control in the range of size

tolerance and not to maintain a uniform consistency; the rubber formulation and production can not

maintain its hardness and forming shrinkage consistency ratio.