Сгибание металлических труб по заказу

Custom Metal Tube Bending Bicycle Racks for Public Parking Areas Custom steel bicycle racks feature arched slots that securely support bicycle wheels, ensuring neat and orderly parking. The product uses a screw-assembled structure, making it easy to transport, install, and maintain. The base includes pre-drilled mounting holes, allowing it to be secured to the ground with expansion bolts for a stable and reliable installation. Technical Specifications Material Types Carbon

Custom Wall-Mounted Pull-Up Bar Metal Tube Bending for Strength Training Custom wall-mounted pull-up bar, made from a single piece of steel tubing formed using CNC bending technology. Its wave-like design offers wide, narrow, and various other grip positions to meet different training needs. Equipped with circular flange mounting bases at both ends, it is securely fastened to solid walls using expansion bolts, ensuring excellent load-bearing capacity and stability. Technical

Custom Metal Tube Bending Handrails with Cross-Grating for Overflow Pools Custom pool handrails are manufactured using precision-bent tubing. Their one-piece bent-tube construction, combined with a mirror-polished finish, offers excellent corrosion resistance and a modern metallic look. The dual-sided sloped handrail design provides stable support, making it easy to enter and exit the pool. The bottom flange base is secured with screws for a sturdy connection, making it

Custom Ship Handrails Metal Tube Bending for Yacht Gangway Railings Custom stainless steel yacht handrails, manufactured using precision tube bending techniques. The product features a J-shaped design with a mirror-polished finish, combining a modern aesthetic with structural strength. The ends are fitted with decorative spheres and a screw-fastened mounting system, ensuring a secure installation and enhancing the overall appearance. The product offers excellent corrosion

Custom Spiral Heat Exchanger Coil Metal Tube Bending for Fluid Heating Systems The spiral heat exchanger coil is formed using CNC-controlled, one-piece tube bending, eliminating segmented welds and preventing leaks. Its compact spiral design significantly increases the heat transfer area. Made of stainless steel, it withstands high and low temperatures, resists acid and alkali corrosion, and features high structural strength, ensuring it remains distortion-free even under

Custom Metal Tube Bending Industrial Spiral Coils for Industrial Heat Exchangers Spiral coils are manufactured from high-quality stainless steel tubing using precision tube bending, coil forming, and welding processes. They offer excellent corrosion resistance, high-temperature resistance, and efficient heat transfer capabilities. The compact spiral structure enhances heat transfer efficiency while reducing the space required for equipment installation, making them suitable

Custom Metal Tube Bending J-shaped Exhaust Pipe for Automotive Exhaust Systems Custom stainless steel J-type automotive exhaust pipes are manufactured using precision tube bending and sheet metal fabrication techniques. Designed specifically for automotive exhaust systems, the J-type structure optimizes exhaust gas flow, ensuring a smooth transition and reducing backpressure, thereby improving engine efficiency. Featuring high forming precision and dimensional stability,

Custom Metal Tube Bending Yacht Handrails for Safe Support on Yacht Decks Custom stainless steel yacht handrails, manufactured using precision tube-bending techniques. Designed specifically for marine and yacht environments, the J-shaped structure provides ergonomic grip and support, enhancing safety and stability, while its sleek lines complement the overall aesthetics of the deck. Featuring excellent corrosion resistance and structural strength, these handrails are built to

Custom Motorcycle Trunk Luggage Rack Metal Tube Bending for Supporting Rear Loads This motorcycle trunk rack is designed to carry and securely support luggage systems mounted at the rear of the vehicle. Its high-strength frame structure evenly distributes the weight of the luggage or cargo to the vehicle's mounting points, thereby enhancing overall load-carrying capacity and riding stability. The structural design is optimized for the rear mounting platform, providing a