Double Braided Rope Slings: American Manufacturing

Double braided rope slings are available in nylon and polyester materials, each engineered for specific applications. Nylon offers excellent shock absorption ideal for dynamic loads and towing operations, while polyester provides the lowest stretch for controlled lifting and rigging. Both materials feature torque-free balanced construction with a braided core and cover, available in diameters from 1/8 inch to 4 inches with break strengths ranging from 1,692 to 201,000 LBF.

Double braided rope construction is spliceable, allowing for custom installations and configurations. The specific strength of a splice depends on the rope diameter and material type, with break strengths available ranging from 1,692 to 201,000 LBF across the diameter range of 1/8 inch to 4 inches.

Double braided ropes feature a braided core and cover providing balanced, torque-free construction with superior strength, flexibility, and abrasion resistance compared to twisted ropes.

Polyester offers lowest stretch and high strength ideal for controlled lifting and rigging, while nylon provides excellent shock absorption better suited for dynamic loads and towing.

Yes, Orion manufactures custom configurations including specific lengths, diameters, colors, finishes, and put-ups to meet your exact operational requirements with technical support available.

Orion's marine-grade double braid ropes feature a proprietary marine finish that reduces internal yarn abrasion and minimizes water absorption, significantly extending service life in marine and outdoor environments exposed to moisture and UV. The construction is engineered specifically for mooring, towing, anchor lines, and offshore operations demanding superior strength and shock absorption.

Orion's double braided rope slings are designed, manufactured, and tested in USA and Canada facilities, backed by over 165 years of rope manufacturing expertise from North America's leading cordage manufacturer. Products feature continuous block creel construction with no internal splices for maximum reliability, heat-stabilized yarn technology, and torque-free balanced design meeting industry standards for safety-critical applications.