Fuel inlet pipe fittings are designed specifically for the refueling industry. These components are made of high-quality metals to ensure durability and reliable performance.
They are available in a variety of shapes, including triangles and squares, and can be customized to specific requirements. The connection method is flanged, ensuring a secure and tight fit.
Customizable sizes provide flexibility for different refueling system setups. In addition, there are a variety of color options to match your system design.
Fuel inlet pipe fittings are known for their durability and flexibility, making them an excellent choice for refueling applications that require high performance and adaptability.
| Parameter | Value |
|---|---|
| Place of Origin | Guangdong, China |
| Application | Fueling Industry |
| Material | Metal |
| Shape | Triangle, Square, Customizable |
| Connection Method | Flange Connection |
| Size | Customizable |
| Durability | Yes |
| Flexibility | Yes |
| Color | Available Options |
High temperature resistance: Designed to withstand high temperatures up to 300°C, suitable for high temperature environments.
Easy installation: Adopts round head code and standard design to simplify installation and maintenance.
Wide range of uses: Suitable for chemical industry and gas stations, supporting the delivery of oil, water, air and other media.
Flexibility: The corrugated design is easy to bend and can absorb vibrations for smoother operation.
Sealing: Helium leak test before shipment to ensure leak-free sealing.
Protection: Equipped with plastic flange protection cover to prevent scratches during transportation.
Welding quality: Fine welding ensures overall integrity and long-term reliability.
Fuel dispenser: For inlet connection of fuel dispensers at gas stations.
Media compatibility: Suitable for diesel, gasoline, AdBlue and other refueling media.
1. What is the use of the fuel inlet pipe?
The fuel inlet pipe is designed to facilitate the delivery of fuel from the fuel dispenser to the tank. It ensures a safe and efficient refueling process.
2. What materials are the fuel inlet pipe fittings made of?
These fittings are made of durable metals for strength and reliability in harsh refueling environments.
3. What is the highest temperature the fuel inlet pipe can withstand?
The fuel inlet pipe is designed to withstand temperatures up to 300°C and is suitable for high temperature environments.
4. How to test the tightness of the fuel inlet pipe?
The fuel inlet pipe is helium leak tested before shipment to ensure that it has a solid leak-proof seal.
5. What types of connections are available for the fuel inlet pipe?
The fuel inlet pipe is equipped with a flange connection for simple and safe installation.
