Product Details and Materials
Color: Noir
Material: Silicone
Package Contains: 20pcs Drawer Slide Bumper
Package: 20 Pieces
Key Features and Advantages:
The drawer slide stopper is constructed from top-notch materials, molded based on original equipment with precise mounting holes. Resistant to wear and built to last. Odor-free and long-lasting, we are dedicated to offering safer and healthier products for our customers!
Addressing Genuine Issues:
The silicone material is adaptable and elastic; in the self-closing drawer, it not only functions as a stopper but also stabilizes the silverware drawer, preventing it from gliding and extending the lifespan of the furniture.
Why opt for our products?
“It begins with a necessity and maintains a commitment to quality.” Our items are completely brand new and of the highest caliber. Should you encounter any issues during your shopping experience, we will assist you in resolving them; we are committed to addressing challenges for our customers and improving each other’s lives by prioritizing customer satisfaction.
Cushioning and Quietness: The Drawers Slide Bumper can efficiently mitigate the impact of drawer closure, ensuring a gentle shut, significantly lowering noise levels, and fostering a tranquil home atmosphere for you.
Premium Quality Silicone: The drawer slide rubber pad is crafted from superior silicone featuring good elasticity and wear resistance, able to endure frequent usage while maintaining cushioning for an extended period.
Furniture Protection: Prevent harsh impacts between drawers and cabinets to minimize wear and prolong the lifespan of drawers and slides while safeguarding furniture from harm.
Simple Installation: No requirement for complex tools or tedious processes, easily installed on drawer slides, quickly enhancing the drawer experience.
Extensive Range of Uses: Suitable for diverse types of drawers to effectively avert drawers from unintentionally sliding out, whether in a residential or office setting, capable of providing a stable and trustworthy cushioning effect.
