P265GH Boiler And Pressure Vessel Steel Plate

The processing technology of P235GH European standard container plate usually includes the following steps:

Material preparation: First, you need to prepare the raw materials for the P235GH container plate. Ensure that raw materials meet the chemical composition and mechanical property requirements of European standard EN 10028-2, and check the size and quality of the panels.

Sheet cutting: According to the specific design requirements, use appropriate cutting tools, such as shears, plasma cutters or laser cutters, to cut P235GH sheets to the required size and shape. Ensure the accuracy and straightness of the cutting meet the requirements.

Surface Preparation: Surface preparation of cut boards to remove any rust, oxide or dirt that may be present. Commonly used surface treatment methods include grinding, sandblasting or pickling. This improves the surface quality and adhesion of the sheet and prepares it for subsequent processing steps.

Bending and forming: According to the design requirements, use equipment such as bending machine, roll bending machine or stamping machine to bend and form the P235GH plate. These processes can realize bending, curling, punching and other shape changes of the plate to meet the design and functional requirements of the container.

Welding: P235GH has good weldability, so welding processes such as arc welding, gas shielded welding or laser welding are commonly used to connect plates. During the welding process, appropriate welding materials and welding parameters need to be selected to ensure the quality and strength of the weld.

Inspection and quality control: During the processing process, necessary inspection and quality control are carried out to ensure that the processed P235GH container plates meet the specified requirements. Commonly used inspection methods include ultrasonic inspection, X-ray inspection, and magnetic particle inspection to check internal and surface defects of the board.

Final processing and assembly: Final processing and assembly of P235GH vessel plates based on specific vessel design. This may include processes such as cutting holes, welding attachments, mounting flanges, etc. to complete the fabrication and assembly of the vessel.