Introduction to Platen Classification

Platens (also known as compression plates or cleats) are important components used in mechanical structures and connectors, and are widely used in a variety of industries. According to different uses and characteristics, the lever can be classified into the following categories:

1. Classification by material

Steel Platen: Usually made of carbon steel or alloy steel, it has high strength and durability and is suitable for heavy machinery and building structures.

Aluminium platens: lightweight and corrosion resistant, commonly used in automotive and aerospace applications.

Plastic platens: used for lightweight applications, with good insulation and corrosion resistance, suitable for electronic equipment and appliances.

2. Classified by structure

Flat platen: flat shape, widely used in various standard connections.

Bent Platen: with a certain curved shape, suitable for specific structural requirements.

Slotted Platen: With groove design, it is easy to combine with other parts to enhance stability.

3. Classification according to use

Fixed Platen: Used to fix and support other components to ensure structural stability.

Shock absorbing platen: Used for shock absorption and cushioning, commonly found in mechanical equipment and vehicles.

Connecting Platen: Used to connect two or more components to ensure their tight fit.

4. Classification by process

Cold working platen: manufactured by cold working process, with good dimensional accuracy and surface quality.

Heat-treated platens: heat-treated to increase their strength and wear resistance, suitable for high load applications.

Conclusion

As an indispensable component in mechanical connection, lever is categorised in various ways and adapted to different usage requirements. When selecting a lever, the appropriate material, structure and process should be chosen according to the specific application scenario and requirements to ensure its performance and reliability.