Emma Kites Camo Green, Red, Blue Braided Kevlar Cord 200Lb~1050Lb Abrasion/Flame

Camo Green, Red, and Blue Kevlar Braided Cords made of 100% color Kevlar Yarn by Dupont company to advance your innovations and offer better adaption in the wild.
Braided Construction. In comparison to twisted lines, braided cords enhance tensile strength, possess nicer hand touching, and tend to resist end raveling. 300lb, 550lb, and 1050lb are constructed in hollow single braid, available for splicing to make a spliced end, continuous loops, etc.
Inherently Flame Resistant, withstanding extreme temperatures up to 800 °F / 427 °C! To build shock lines, parachute systems for model rockets, or replace/upgrade wicks of torches/lamps, Kevlar cords are the unbeatable choice for you to fulfill flame-resistant demands and for applications in high temperatures.
Reliable Survival Cord in the Wild! Highly abrasion/friction resistant, Kevlar cord is used as highly efficient cords friction saw to help escape from plastic zip ties, ropes, or tapes, and cut through various materials including wood, plastic tubes, nylon, and polyesters to complete projects. In the binding, fastening, and wrapping jobs, Kevlar line/cord largely reduces risks of unexpected snaps, providing assured protection especially when in direct contact with sharp edges.
High tensile strength cordages in lightweight, 10X greater than steel on an equal weight basis. Wound on compact rolls that are small enough to carry with the person, and offer easy and fast deployment when needed. Multi-use tool for your daily life, a must carry-on gear in your EDC kit. Applications are not limited to kites, tent guylines, bear bagging, repairing, snare wires, and trip lines. Tensile strengths are tested by SGS in accordance with ISO 2307.

 
 
Product Description
 
 
 
 
 
 
 High Abrasion-Resistance 
 
 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.) 
 
 
 
 Flame Resistant-Capable to Work at High Temperature 
 
 Kevlar doesn't melt and only decomposes at relatively high temperature, which makes it the common and popular material in firefighter PPE equipment. 
 
 
 
 Toughness - Yields High Strength in Small Size 
 
 High tensile strength cordages in lightweight, 10X greater than steel on an equal weight basis. A roll of 100ft 550lb kevlar weighs less than 3 Oz, light and compact to carry on person in the wild. 
 
 
 
 Low Stretch, Least Creep 
 
 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. 
 
 
 
 
 
 
 
 Strength - Diameter - Weight 
 
 
 
 
 
  200lb  
 
  1.1 mm(dia.) - 0.82 oz/100ft | 0.76 g/m  
 
 
 
  300lb  
 
  1.5 mm(dia.) - 1.25 oz/100ft | 1.16 g/m  
 
 
 
  550lb  
 
  2.1 mm (dia.) - 2.31 oz/100ft | 2.15 g/m  
 
 
 
  1050lb  
 
  2.6 mm(dia.) - 4.76 oz/100ft | 4.43 g/m  
 
 
 
  1800lb  
 
  4.6 mm(dia.) - 10.75 oz/100ft | 10 g/m  
 
 
 
  Packaging  
 
  On Spool  
 
 
 
 
 
 
 
 
 
 
 
 SPECIFICATION 
 
 Material: 100% Green Kevlar Yarn. 
 
 Construction: Braid. Multi-strands interweaving process, makes kevlar line much more durable and be able to resist raveling. 
 
 Decomposition Temperature: 800~900 °F / 427~482 °C. Kevlar doesn't melt like nylon or polyester. It decomposes at high temperatures. 
 
 Approximately ±2~3% deviation exists in measurement. 
 
 Safe Working Load Limit: 20% of the tensile strength, for the longevity of the cord and safe uses 
 
 
 
 
 
 
 
 
 
 
 
 
 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
 
 
 
 
 
 How to seal the end? 
 
 Kevlar doesn't melt and self-sealed like nylon or polyester. 
 
 After cutting, use a tape to seal the end or simply tie a knot. 
 
 
 
 
 
 Reliable Survival Cord in the wild! 
 
 Highly abrasion/friction resistant, Kevlar cord can be used as friction rope saw to help escape from plastic zip ties, ropes or tapes, and cut through various materials including woods, plastic tubes, nylon, polyesters to complete projects. 
 
 
 
 
 
 Compact rolls 
 
 Wound on compact rolls that are small enough to carry on person, and offer easy and fast deployment when you need it. Multi-use tool for your daily life, a must carry-on gear in your EDC kit. 
 
 
 
 
 
 
 
 
 
 
 Tensile Strength & Working Load Limit 
 
 Working Load Limit (WLL) = 20% of Tensile Strength, for the longevity of the cord and safe uses 
 
 Tensile Strength 
 
 Also known as the labeled strength, is the average strength at which the new and unused cord would break when tested in laboratory condition in accordance with Cordage Institute Standard Test Methods. The load, applied in parallel to the cord, slowly increases until the cord breaks. 
 
 Working Load Limit (WLL) 
 
 In the real world of practical uses, there are various factors that would impact or reduce the strength of any rope/cord, including knots in the rope, abrasion, humidity, UV, former use and care, etc. To assure safe uses, it's indispensable to adopt a safety margin in the cord/rope strength, which leads to Working Load Limit (WLL). 
 
 The Working Load Limit (WLL) is determined by dividing the tensile strength by a safety factor. To assure the longevity of the cord and maintain a comfortable margin for safe uses, a 5:1 safety factor (20% of the tensile strength) is adopted and recommended for emma kites Kevlar cord for general applications.