Series Baks - WT
Shipping tomorrow
Delivery from
9,84 zł
Shipping tomorrow
Delivery from
9,84 zł
Shipping tomorrow
Delivery from
9,84 zł
Shipping tomorrow
Delivery from
9,84 zł
Shipping tomorrow
Delivery from
9,84 zł
Shipping tomorrow
Delivery from
9,84 zł
Baks - WT Series
The Baks - WT series is a complete line of trapezoidal cable tray hangers built for fast, reliable installation. These supports lock securely onto cable trays while keeping your routing clean and organized. Whether you are running power lines, data cables, or plumbing conduits, the WT series gives you a sturdy foundation that professionals rely on.
Quick Mounting with Standard Hardware
Every hanger in this series features pre-drilled holes for M6, M8, or fi11 bolts, so you can use the fasteners you already have on site. The trapezoidal design grips the tray edges firmly, preventing shifts during lifting and fixing. You will save time on adjustments and keep your workflow moving smoothly.
Heavy-Duty Strength for Long-Term Use
Cable trays often carry thick bundles of wires and heavy pipes. The WT hangers are engineered to hold these loads without bending or loosening over time. Made from high-strength steel with a protective coating, they resist rust and wear even in damp or industrial spaces. Your cables stay safely supported for years.
Exact Fit for Every Tray Width
This series covers all common cable tray sizes. Use the WT80 for narrow 80 mm trays, the WT120 models for 120 mm trays, and the WT180 series for wider 180 mm trays. The WTO variants give you extra mounting flexibility for special setups. Match the hanger to your tray width, and you will get a perfect, secure fit every time.
Reliable Support for Professional Results
Installers choose the Baks - WT series because it delivers consistent quality and predictable performance. The uniform design means you can mix hangers across different sections without compatibility worries. Keep your projects on schedule, reduce material waste, and deliver clean cable routing with a support system built for real-world conditions.




