Hollow braid polyethylene cord

Anti UV treatment

To stay intact in the face of prolonged exposure to the sun, our synthetics are treated to resist UV.

Better resistance to weather

Rain, snow, sea water... Our synthetic ropes are designed to last in the face of moisture and corrosion.

Longer life

The synthetic rope is suitable for long-term decoration of your exterior. You can choose the synthetic hemp rope for a natural effect guaranteed.

Polyethylene ropes are floating and have good elongation to absorb shocks.

Polyethylene is floating and hydrophobic. It can be in permanent contact with water without degrading. It is resistant to moisture.

Density: 0.92

Polyethylene fibre has good UV resistance but is still inferior to polyester and nylon.

For a better outdoor life, you must ensure that your polyethylene rope is treated against UV.

Polyethylene is resistant to mites, bacteria, strong alkalis (ammonia, soda) and bleaching agents.

It is sensitive to mineral, formic, concentrated acetic acids and certain phenols.

The polyethylene rope is the most sensitive synthetic rope to high heat.

• Critical temperature: 100°C
• Melting temperature: 130°C
• Smell of candle flame, white smoke
• Highly flammable

Historically, "halyard" is the maritime name for a braided rope generally used to hoist a barge, horn or sail.

Now, the name "halyard" has been generalized to all types of synthetic braided cord and its field of application has been extended to industry, events and crafts.

The core of a halyard is the cord inside the braid that allows it to be round and reinforced. Independent of the outer braid, it can be removed manually. The core can be braided or parallel.

Beyond its material (polyester, nylon, polypropylene, polyethylene), a halyard is defined by the braiding of its core.

• Halyard with braided core
• Halyard with parallel core
• Hollow halyard (without core)

A pre-stretched cord has undergone a factory pre-stretch process to greatly limit its elongation during use.

Thermofixing is a pre-stretch performed at 100°C to improve compaction and stabilization of the fibers. This process improves the mechanical properties and life of a rope. It is reserved for high-end ropes for demanding uses.