Anti-static and oil-resistant hose—Ward is the most professional

口径：

10-1200

材质：

天然橡胶

用途：

特别用于油罐车，油槽船

Anti-static plus kerosene hose for sale at a low price | Anti-static plus kerosene hose with conductive static device is Hengshui Ward's key research and development product. The inner rubber layer of our products has excellent oil resistance, and the outer rubber layer has excellent aging resistance and wear resistance. In addition, the rubber hose used for oil transportation in tank trucks can also be treated with static electricity to make the oil transportation process safer.
Product structure Anti-static plus kerosene hose for sale at a low price | Anti-static plus kerosene hose with static conductive device Inner rubber layer (built-in static conductive copper wire), multi-layer cloth winding layer or cord winding layer, spiral steel wire skeleton It is composed of reinforcement layer and smooth chloroprene outer rubber layer.
Product use When transporting flammable oil products, static electricity is easily generated due to the friction between high-speed flowing oil products. If it is not eliminated in time, a natural explosion will occur. The anti-static oil delivery hose produced by Ruiming is used in The inner rubber layer of the hose has built-in static-conducting copper wires that can eliminate static electricity generated by friction in a timely manner.
Product Features Anti-static plus kerosene hose for sale at a low price | Anti-static plus kerosene hose with conductive device has small outer diameter tolerance, low temperature resistance, wear resistance, ozone, corrosion, oil stagnation and other excellent properties, lightweight, tube Soft and durable. In addition, the pipe body has a built-in spiral steel wire skeleton, which can be used under negative pressure conditions and can also resist damage to the pipe body caused by excessive bending. In addition, according to the needs of customers, Ruiming can also conduct static conductive treatment on the inner rubber layer of the rubber hose used for oil tanker trucks. Usually, conductive copper wires are added or the inner rubber layer is reinforced with static conductive carbon black. Sometimes due to the presence of strong reducing materials, such as aluminum tetrahydride, diborane and other substances. When there is an increase in oxygen content and errors in temperature control, there is a risk of explosion even if there is no fire source. Therefore, when strong reducing materials are present, great care must be taken when using oxidants. It is necessary to first conduct small sample tests to prove safety and reliability, and then formulate a complete technical safety operation method for the job and strictly implement it.
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Specifies two categories and three types of rubber hoses used by tank trucks to discharge liquid fuel.
Used especially for oil tank trucks and oil tankers
Foldable type
Non-foldable type are usually reinforced with spiral steel wires.
The maximum working pressure of the type is
The maximum working pressure of the type is
The maximum working pressure of the type is
This standard is applicable within the temperature range of
℃~+℃
Discharge fuel hoses with an aromatic content volume fraction of

or less. Not suitable for fuel metering devices, liquefied petroleum gas and aviation fuel system hoses.
Specific technical parameters of tank truck unloading hose
Inner diameter

Outer diameter

Working pressure

Burst pressure

Weight

Maximum length

Bending radius

























































































































































































































The above is Anti-static and kerosene hoses produced by Ward Rubber and Plastic are sold at a low price
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A detailed introduction to the anti-static and kerosene hoses with conductive static devices. If you have any questions about product pictures, specifications and dimensions, and product performance Welcome to call us for consultation.
>Whether it is pressurized discharging, negative pressure discharging or normal pressure discharging, the discharging speed must be controlled, and high-speed spraying is not allowed to avoid generating a large amount of static electricity and causing materials to splash around, increasing the risk. Materials with high viscosity are usually discharged by pressurized discharging method. The pressure should be adjusted at any time according to the viscosity of the material to prevent rapid discharge. Materials with low viscosity should be discharged by differential pressure as much as possible. If it is difficult to discharge the material, it can be pressurized. Generally, the pressure should not be greater than that. Solid materials with too high viscosity can be discharged by mechanical screw conveyor. The speed should not be too fast to prevent the mechanical screw conveyor from violent friction and extrusion with the material, which may cause danger. Explosive substances should not be discharged by mechanical spiral conveying method.