400lb-2000lb BRAIDED KEVLAR LINE

 

Kevlar Fiber: the braided kevlar string is made of 100% kelvar fiber which is of high strength, high harness, high toughness and high abrasion resistance.

 

Construction of Braid: Multi-strands interweaving process makes the string / cord much more durable, and it won't unravel like twisted line.

 

Tough String: every kevlar fiber is of high tensile strength.

It exerts much higher strength in the same diameter.

 

Cut-Resistance: One of the best advantages of Kevlar string.

It helps avoid many unexpected string snaps which happen a lot in binding and fastening objects with sharp edges.

GENERAL APPLICATIONS

Kite String, Kite Fixing / Dragging Line for Giant Kites, Show Kites, Kitesurfing

Camping: Tarp ridge lines / tent guylines / bear bagging / Ultralight backpacking, wrapping up tools used near heat source

Survival gear, emergency / repair cord

Climbing / Rigging / Arborist accessories

Fishing accessory line / Speargun Shooting Line

Stretch annoys much in applications like stringing hammocks, kite flying control, especially in control of stunt kite or traction kite.

Kevlar cords have extremely low stretch and don't create creep even after long time loading.

One of the best advantages of Kevlar line.

It helps avoid many unexpected string snaps which happen a lot in binding, fastening objects or uses near sharp edges.

In addition to "resistance" properties, Kevlar line is also highly resistant to abrasion, to chemicals (especially acids, and alkalis.)

SPECIFICATION

Material: 100% Kevlar Fiber

Construction: braided

Fusion point: 800~900 °F / 427~482 °C

Kevlar doesn't melt like nylon or polyester.

It decomposes at high temperature. 

Length:

50ft~100ft / 15m~30m

300ft~1000ft / 90m~300m 

Strength - Diameter

400lb -1.5mm

800lb - 2.5mm

1200lb - 3mm

1800lb - 3.5mm

2000lb - 4mm

Approximately ±2~3% deviation exists in measurement.Packaging: On Spool 

Note!

Data of all cords' marked strength comes from laboratory test.There are a wide variety of inflential factors in practical use.

For all kind of cords, the safe working strength is around 20% of its original strength.