Rope Lasso 10 mm polyamide braided rope, sold per metre — Lasso

Rope Lasso 10 mm x sold per metre polyamide braided rope — Lasso is a 10 mm diameter braided rope made from polyamide fibers, offered by the Lasso brand and sold by the linear metre. The rope combines the strength and abrasion resistance of polyamide with a flexible braided construction suitable for a range of handling, securing and general-purpose applications where a medium-diameter synthetic rope is required.

Advantages

The polyamide braided construction provides good tensile strength relative to the rope's diameter, along with resistance to abrasion and moderate levels of elongation under load. The 10 mm thickness offers a balance between hand comfort and load capacity, making the rope easy to knot and manage. Being sold per metre allows precise length selection for specific tasks and reduces waste when custom lengths are needed.

Suitable for

• Securing light to medium loads
• General-purpose tying, bundling and lashing
• Outdoor use where synthetic rope resistance to moisture is preferred
• Temporary mooring, towing small items or equipment handling

Key specifications

• Material: polyamide (nylon) braided
• Diameter: 10 mm
• Sold by: per metre
• Construction: braided

How to use

Cut the rope to the required length using a sharp knife or suitable cutting tool. For long-lasting ends, finish the cut ends by heat-sealing or whipping to prevent fraying. Select appropriate knots for the task—bowline, clove hitch or figure-eight knots are common choices depending on whether a fixed loop or a temporary binding is needed. Inspect the rope before each use for signs of wear, abrasion, cuts or chemical damage and replace any section that shows significant deterioration.

Usage recommendations

Store the rope in a cool, dry place away from direct sunlight and chemicals that could degrade polyamide. Avoid excessive sharp-edge contact and do not exceed the rope's working load for safety; consult industry-standard load charts and use appropriate hardware when securing critical loads.