Highlights
Heavy-Duty Load Capacity: Made of robust steel, this sliding gate system supports up to 600 lbs, ideal for heavy sliding doors. The galvanized white zinc-coated wheel frame provides excellent rust and corrosion resistance, ensuring long-term durability even in outdoor environments.
Premium Rubber Wheels: The wear-resistant rubber wheels effectively absorb vibrations during sliding, reducing noise and making the opening and closing process smoother and quieter.
Versatile Compatibility: Designed to precisely fit door frames and tracks from 32-60mm (1.26 - 2.36in), it is perfect for shops or warehouses with different door sizes and suitable for various settings like courtyards and storage spaces.
Enhanced Grip: The serrated structure not only improves wheel-frame alignment but also increases traction, providing a secure and stable glide even on sloped or uneven surfaces, ensuring smooth operation in all environments.
Easy Installation: The comprehensive accessory kit includes everything needed for setup, and the straightforward design allows for quick and hassle-free installation, enabling even first-time users to achieve a professional result without additional tools or assistance.
Specification
Brand:VEVOR
Details
Let Your Sliding Doors Glide with Ease!
This heavy-duty roller chain sliding door kit features durable steel and rubber wheels, supporting up to 600 lbs. The serrated design improves grip and stability, ensuring smooth operation. The kit is compatible with various frames and tracks, with easy installation.
This roller frame is constructed with heavy-duty steel and features durable rubber wheels, capable of supporting doors weighing up to 600 lbs, making it ideal for large sliding doors. The galvanized rust-resistant treatment ensures long-term durability and resistance to corrosion.
The high-quality rubber wheels are both soft and elastic, effectively reducing friction with the ground during use, preventing floor scratches. Whether on grass, asphalt, concrete, or gravel, the wheels ensure smooth movement across different surfaces.
