4050944: PIPE;INJCTN
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    **Product Description: Injection Pipes and Fittings** **General Details:** - Injection pipes and fittings are essential components used in various applications, particularly in fuel systems and fluid distribution. **Types of Injection Pipes:** 1. **High-Pressure Fuel Injection Pipes:** - Designed for diesel engines. - Capable of withstanding high internal pressures. - Typically constructed with a double pipe structure made from high-tensile or carbon steel. 2. **PE Injection Molded Pipe Fittings:** - Used to join HDPE pipes. - Made from high-density polyethylene. - Suitable for pressurized water systems and natural gas distribution. - Conforms to international standards such as ISO4427-3 and EN12201-3. **Applications:** - **Fuel Systems:** Critical for efficient fuel delivery in diesel engines. - **Water and Gas Distribution:** Used in systems designed for pressurized water and gas. - **Industrial Processes:** Ideal for handling high-pressure fluids in various industrial applications. **Key Features:** - **Material:** - High-tensile steel for fuel injection pipes. - High-density polyethylene for PE fittings. - **Pressure Resistance:** - Fuel injection pipes can handle pressures over 1200 bar. - PE fittings designed for pressurized systems. - **Manufacturing Process:** - PE fittings are commonly made using injection molding. - Fuel injection pipes are often manufactured through seam welding and press-fitting. This information provides a comprehensive overview of injection pipes and fittings, detailing their types, applications, and key features.

4050944: PIPE;INJCTN

HYSTER
HY-HY4050944
**Product Description: Injection Pipes and Fittings** **General Details:** - Injection pipes and fittings are essential components used in various applications, particularly in fuel systems and fluid distribution. **Types of Injection Pipes:** 1. **High-Pressure Fuel Injection Pipes:** - Designed for diesel engines. - Capable of withstanding high internal pressures. - Typically constructed with a double pipe structure made from high-tensile or carbon steel. 2. **PE Injection Molded Pipe Fittings:** - Used to join HDPE pipes. - Made from high-density polyethylene. - Suitable for pressurized water systems and natural gas distribution. - Conforms to international standards such as ISO4427-3 and EN12201-3. **Applications:** - **Fuel Systems:** Critical for efficient fuel delivery in diesel engines. - **Water and Gas Distribution:** Used in systems designed for pressurized water and gas. - **Industrial Processes:** Ideal for handling high-pressure fluids in various industrial applications. **Key Features:** - **Material:** - High-tensile steel for fuel injection pipes. - High-density polyethylene for PE fittings. - **Pressure Resistance:** - Fuel injection pipes can handle pressures over 1200 bar. - PE fittings designed for pressurized systems. - **Manufacturing Process:** - PE fittings are commonly made using injection molding. - Fuel injection pipes are often manufactured through seam welding and press-fitting. This information provides a comprehensive overview of injection pipes and fittings, detailing their types, applications, and key features.

Collection: HYSTER


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$59.66
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