Hafele Telescopic Soft Close Telescopic Runner 40kg 400mm Zinc Plated | Soft Closing Drawer | Integrated Silent System | Zinc Finish

The HAFELE TELESCOPIC SOFT CLOSE TELE RUNNER 40KG 400MM ZP stands as a premier telescopic drawer runner meticulously designed for seamless and noiseless performance. Boasting a weight-bearing capacity of 40kg, it provides reliable support for an array of drawer needs. Its soft-close attribute guarantees gentle and controlled closure, adding a touch of elegance to furniture arrangements. With a length of 400mm, this runner accommodates various drawer dimensions, making it an adaptable option for furniture endeavors.

About this item

The HAFELE TELESCOPIC SOFT CLOSE TELE RUNNER 40KG 400MM ZP represents a premium drawer runner system engineered to deliver seamless and silent operation. With a weight capacity of 40kg, it provides robust support for drawers across a variety of furniture applications. The incorporation of a soft-close mechanism ensures gentle and controlled closing, significantly enhancing user satisfaction.

• Silent operation: Utilizing advanced ball bearing technology and precision engineering, these drawer systems operate smoothly and quietly, effectively reducing noise levels and offering users a serene experience.
• Enhanced stability: This runner system boasts improved stability, ensuring that drawers remain securely in place even when fully extended or laden with heavy items.
• Space optimization: Featuring a compact design, this drawer runner system optimizes space utilization within cabinets or furniture, allowing for efficient storage of various items without compromising accessibility.
• Quick installation: Engineered for effortless installation, these drawer runners are accompanied by user-friendly mounting instructions, streamlining the assembly process and minimizing installation time.
• Corrosion resistance: Crafted from zinc-plated materials, these drawer runners exhibit excellent corrosion resistance, ensuring prolonged performance even in humid or corrosive environments.