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Crimpers, Applicators, and Presses: 567408-2 Application Field and Working Principle

A crimper, applicator, or press is a tool used to join two substrates together. The 567408-2 is a type of crimper that utilizes pressure to attach a metallic coating, such as aluminum, to the substrate material. The 567408-2 is widely used in the construction industry to join a variety of materials, including metal, plastic, and wood.

Application Field

The 567408-2 is used in a variety of industries, ranging from aerospace to automotive. It is a valuable tool in the aerospace and defense industries due to its ability to join dissimilar materials. It is also widely used in automotive, furniture, and appliance manufacturing because of its lightweight yet sturdy design. The 567408-2 is also a popular choice in the electrical wiring industry because of its good conductivity and durability.

Working Principle

The 567408-2 works by exerting pressure on the two surfaces to be joined and pushing them together. The pressure is exerted by a die set that contains a pair of forged steel dies that constrict and crimp the metal coating. The dies also create a seal, which prevents the two substrates from leaking any fluids. The two substrates are then tightly compressed and joined together by the crimp.

When the 567408-2 is not in use, it is necessary to release the pressure from the die set to prevent the surfaces from sticking together. This is done by removing the die set, which releases the pressure and allows the two substrates to separate. This also allows the 567408-2 to remain in good operating condition for a longer period of time.

Conclusion

The 567408-2 is a valuable tool for the aerospace, defense, automotive, furniture, and appliance industries. Its lightweight yet sturdy design makes it an ideal choice for joining dissimilar materials. Its working principle relies on a die set that applies pressure on the two substrates to join them together. When not in use, it is important to release the pressure from the die set to prevent the surfaces from sticking together.

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