CALEPH-Rubber dust cover car

Description

CALEPH-Rubber dust cover car is a rubber dust cover for automobiles, which has the following features and uses:

1. Material: Made of durable rubber materials, which may include silicone rubber, EPDM, NR, NBR, FKM, SBR, HNBR, IIR, CR, etc. to adapt to different temperature resistance, chemical resistance and wear resistance needs.

2. Hardness: The hardness of rubber dust cover is usually in the range of 20-85 Shore A to ensure good flexibility and durability.

3. Temperature range: Designed to work under a wide range of temperature conditions, ranging from -40°C to +300°C to adapt to various climate conditions.

4. Size and shape: Can be customized according to customer needs to adapt to specific automotive parts and installation locations.

5. Color: Can be customized according to customer requirements to match the appearance of the vehicle or provide visual identification.

6. Application: Widely used in automobiles, industrial machinery, electrical equipment, medical equipment and other fields to protect internal components from dust, moisture and other contaminants.

7. Performance: It has good sealing performance, waterproof performance, aging resistance, ozone resistance, oil resistance and pressure resistance, as well as the ability to work at low and high temperatures.

8. Production method: It can be produced by compression molding, injection molding, injection transfer, extrusion molding, silicone liquid injection and other processes.

9. Testing: During the production process, equipment such as vulcanization tester, tensile tester, rubber hardness tester, insulation resistance tester, etc. will be used for quality control.

10. Packaging: Usually inner plastic bags, outer cartons, wooden pallets or other special packaging are used to meet the transportation and storage needs of customers.

11. Customized service: Customized models and logos can be provided to meet the personalized needs of customers.

These rubber dust covers are essential for maintaining automotive performance and extending component life. They help reduce maintenance costs by reducing component wear and preventing premature aging.