GM-SR112 Silicone Suction Cup
Product Name: Silicone Suction Cup / Rubber Suction Cup / Vacuum Suction Pad / Silicone Suction Nozzle
Material: Silicone Rubber
Size: Ø12 * 15mm (12mm Diameter, 15mm Height)
Product Description:
Silicone suction cups, also known as rubber suction cups, vacuum suction pads, or silicone suction nozzles. These suction cups are made of silicone rubber material, which is elastic and wear-resistant, suitable for various adsorption, fixing, or handling applications. Their size is Ø12 * 15mm, which is convenient for installation on small equipment or surfaces.
Product Features:
1. Material:
* Silicone rubber material, with elasticity, abrasion resistance, and weather resistance.
* Suitable for various environments.
2. Size:
* Ø12 * 15mm, suitable for small adsorption applications.
3. Adsorption Function:
* Can generate adsorption force on smooth surfaces.
* Convenient for fixing or handling items.
4. Multipurpose:
* Suitable for electronic products, medical equipment, laboratory equipment, automotive accessories, household items, etc.
Product Functions:
* Adsorb and fix small items.
* Handle lightweight items.
* Act as a buffer pad to reduce vibration and impact.
* Act as a seal to prevent liquid or gas leakage.
Usage Suggestions:
* Press the suction cup onto a smooth surface to ensure firm adsorption.
* Clean the suction cup surface with water or detergent if necessary to improve adsorption.
* Do not exceed the load-bearing range of the suction cup during use.
Other Possible Names:
* Silicone Adsorption Pad
* Rubber Suction Nozzle
* Vacuum Suction Cup
Precautions:
* Note that suction cups from different manufacturers may vary in material, size, and hardness. It is recommended to choose high-quality products.
* Suction cups may age, harden, or lose elasticity after prolonged use, and need to be replaced regularly.
* Silicone material has some heat resistance, but avoid using it in high-temperature environments.
* The adsorption surface should be kept clean and smooth to avoid affecting the adsorption effect.
