News

Silicone components exhibit excellent resistance to both high and low temperatures; their typical operating temperature range spans from -60°C to 2...

The technical parameters of rubber components encompass both material properties and functional capabilities; they primarily include key metrics su...

The working principle of rubber components is primarily based on the high elasticity and reversible deformation characteristics inherent to rubber ...

Due to their excellent elasticity, sealing capabilities, and shock-absorbing properties, rubber components are widely utilized across the industria...

The dimensional tolerances for rubber components are typically determined based on the product's structural design, mold precision, and functional ...

The shelf life of rubber components is typically closely tied to the material type, formulation system, and storage conditions; generally, a range ...

The hardness of rubber components typically refers to a material's resistance to indentation or deformation; Shore hardness (specifically Shore A o...

During the visual inspection of rubber components, it is essential to ensure that the overall surface condition complies with the requirements spec...