Project Description

The silicone retainer is processed and produced with environmentally-friendly silicone rubber raw materials. The product has good physiological inertness and purple resistance.
External line, ozone resistance, high and low temperature resistance (-80 to 300 degrees), high transparency, strong resilience, resistance to compression, permanent deformation, oil resistance, stamping resistance, acid and alkali resistance, wear resistance, flame retardancy, voltage resistance, electrical conductivity, etc. . Commonly used in electronic accessories, daily-use products and other products!

Name: Silicone ferrule fittings
Material: Silicone
Hardness: 40±5°
Color: white (International standard PANTONE color can be customized)
Weight: 5g
Packing: OPP bag packaging, can also be packed according to customer’s requirements;
Size: 6.5mm × 5mm × 0.5mm can be customized according to customer needs
Scope: electronic accessories, internal protection, other sealing protection, etc.
Delivery: 3-7 working days for model, 7-10 working days for large model
Product Certification: ROHS, REACH, FDA Testing and Certification
1, with good handling.
2, the tensile strength is good, not easy to deform.
3, low viscosity, good fluidity, easy to operate.
4, silicone rubber hardness should be suitable for product use.
5, the shrinkage rate is small, generally less than two thousandths.
6, silicone rubber hardness should be suitable for product use.
7, high temperature resistance: applicable temperature range of -40 to 230 degrees Celsius.
The silicone coil has high elasticity and high tensile performance. Compared with the steel material, the elastic deformation is very large, the elastic modulus is small, the impact stiffness of the silica gel is greater than the dynamic stiffness, and the dynamic stiffness is greater than the static stiffness, which is beneficial to reduce impact deformation and dynamics. Deformation, the stress-strain curve is an elliptical hysteresis line whose area is equal to the vibration energy (damping) that is converted into heat during each vibration period. It can be adjusted by formula design. The gasket is incompressible material, the shape can be freely selected, and the hardness can be passed. The formulation is adjusted to meet the stiffness and strength requirements in different directions.

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