Large-diameter seamless steel pipe thermal molding manufacturing process

Date:2024-10-21View:152Tags:large-diameter seamless steel pipe, seamless pipe thermal molding

The thermal molding process for large-diameter seamless steel pipes is primarily used to manufacture various critical components in the automotive and engineering industries. These components include:

- Automotive hoses: Steering tubes, brake pipes, air conditioning pipes, fuel pipes, cooling pipes, cooling hoses, heater hoses, air filter hoses, and turbo system hoses.

- Engineering hydraulic hoses: Hydraulic pipes for equipment, construction machinery, and mining machinery, such as those used in hydraulic pipe burst tests.

- Hard pipes and fittings: Components like automobile brake pumps, radiators, oil coolers, cylinders, and pressure equipment bodies requiring burst testing to detect cylinder pressure.

 

Key Features of the Device:

- Adjustable Output Pressure:

The device uses a gas-driven automatic booster pump, which allows for easy and precise adjustment of output pressure for various applications.

 

- Compact and Lightweight Design:

Featuring advanced technology and a well-designed structure, the device is compact, lightweight, and aesthetically pleasing, making it suitable for various industrial uses.

 

- High-Quality Parts:

All load-bearing components use internationally recognized standard parts from renowned brands, with no solder connections, ensuring easy disassembly, high safety, and durability.

 

- Compressed Air Driven:

The device is powered by compressed air, incorporating a fail-safe design for enhanced safety and performance.

 

- Unrestricted Start-Stop Functionality:

The system can start and stop continuously without restrictions, with no adverse effects on the equipment’s efficiency or performance.

 

- Oil-Free Operation:

Pneumatic components such as piston rings do not require oil during operation, reducing operational costs and preventing environmental pollution.

 

- Compatibility with Automatic Control Systems:

The device is easily integrated into automated control systems, offering seamless operation in a wide range of industrial settings.

 

- Energy Efficiency:

Once the system reaches the pre-set pressure, it no longer consumes energy or generates heat, eliminating the risks associated with sparks or flames, ensuring a safe working environment.

 

- Linear Pressure Output:

The pressure output is linear, making it easy for operators to control manually, providing precise handling during various stages of the manufacturing process.

 

This thermal molding process ensures that large-diameter seamless steel pipes meet the stringent demands of both the automotive and engineering sectors, delivering reliable and high-performance components.


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