Name: Wire Rope
Brand: usha martin / bharat
Price: 95 INR
Availability: InStock

Phone Number

08048033195

Please keep 0 before dialling the number.

Email Address torqueelevator@gmail.com

Mon-Thu: 10 AM - 2 PM • Fri: 3 PM - 7AM

Other Website Visit our other website

Address PLOT NO. 17, M N INDUSTRIAL PARK, Kujad Bakrol Bujrang Road

India, India, 382430

Description

The Wire Rope from Torque Elevators LLP is engineered to deliver outstanding lifting performance for all categories of elevator systems. Manufactured using high-tensile steel and advanced stranding technology, this wire rope ensures smooth, safe, and stable elevator operation across residential, commercial, and high-rise applications. Its superior tensile strength enhances load-carrying reliability, while the optimized flexibility minimizes wear on pulleys and machine traction sheaves. Each strand is designed for consistent bending efficiency, reduced metal fatigue, and long operational life. This wire rope supports critical elevator functions such as hoisting, counterweight balancing, and machine-room-less lift operations. Tested for durability, friction control, and elongation stability, the rope offers dependable performance even under continuous duty cycles. Its corrosion-resistant finish extends life in challenging installation environments. Ideal for OEMs, modernization teams, and elevator maintenance providers looking for high-strength elevator wire ropes, MRL hoist ropes, and precision traction cables that meet global safety standards. Loaded with industry-relevant SEO keywords like elevator wire rope, hoist rope, lift steel rope, traction wire rope, elevator lifting cable, this listing improves search visibility and helps attract high-intent elevator buyers.

Specifications

Material Type	High-tensile steel ( IFWRC )
Tensile Strength	Superior load-bearing capacity
Flexibility Rating	Smooth bending efficiency
Compatibility	Suitable for MR, MRL, Hydraulic, Goods and High-Rise elevators
Surface Finish	Anti-corrosion coating
Durability	Long operational life under heavy load cycles