Low MOQ for High Abrasive Resistance Kevlars Rope - 14mm green PU coating with armaid braided rope for cable pulling – Florescence
Low MOQ for High Abrasive Resistance Kevlars Rope - 14mm green PU coating with armaid braided rope for cable pulling – Florescence Detail:
14mm green PU coating with armaid braided rope for cable pulling
Type: Aramid fiber ropes
Variety: three strand, four strand, eight strand, twelve strand, double braided etc.
Advantages: Aramid is a very strong material, process after polymerization, stretching, spinning, with stable heat~resistance and
high strength. As rope it has high strength , temperature difference(-40°C~500°C) insulation corrosion~resistant performance, low elongation advantages.
general characteristics of Aramid are: High Modulus, High LASE (Load At Specified Elongation), High Tensile Strength at Low Weight, Low Elongation to Break High Modulus, (Structural Rigidity), Low Electrical Conductivity, High Chemical Resistance, Low Thermal Shrinkage, High Toughness (Work~To~Break), Excellent Dimensional Stability, High Cut Resistance, Flame Resistant, Self-Extinguishing.
14mm green PU coating with armaid braided rope for cable pulling
Product | Aramid rope | ||
Material | Import kevlar/para aramid | ||
Usage | tempered furnace quench section | ||
Sample | small sample is free for customer |
It is mainly used for high temperature operation, special ship, electrical engineering, marine operations, various types of slings, suspension, military research and other fields.
Aramid has all of the properties you want in a speargun line. It’s ultra high strength, ultra low stretch and superior knot retention mean that once tightened your constictor knot will stay tight. Avoid the problems of knot creep or stretch inherent in other high performance fibers. This line is excellent for a multitude of applications including model rocketry and fire poi. The general characteristics of aramid are: High Modulus, High LASE (Load At Specified Elongation), High Tensile Strength at Low Weight, Low Elongation to Break High Modulus, (Structural Rigidity), Low Electrical Conductivity, High Chemical Resistance, Low Thermal Shrinkage, High Toughness (Work~To~Break), Excellent Dimensional Stability, High Cut Resistance, Flame Resistant, Self-Extinguishing.
Aramid Rope
Our company passed the ISO9001 quality system certification.We are authorized by many kinds of classification society as follows:
Qingdao Florescence Co., Ltd. specializes in producing various ropes. We provide various rope services for clients of different requirements. Our ropes include polypropylene, polyethylene, polypropylene, nylon, polyester, UHMWPE, sisal, kevlar and cotton. Diameter from 4mm~160mm, specifications:ropes structure has 3, 4, 6, 8, 12 units, double units, etc.
We are fully committed to promoting our customers’ development and exceeding our customers’ expectations in services quality. We expect to cooperate with more customers worldwide and create a better future .
Product detail pictures:
Related Product Guide:
"Quality 1st, Honesty as base, Sincere company and mutual profit" is our idea, in an effort to create consistently and pursue the excellence for Low MOQ for High Abrasive Resistance Kevlars Rope - 14mm green PU coating with armaid braided rope for cable pulling – Florescence, The product will supply to all over the world, such as: Karachi, Qatar, Munich, The development of our company not only needs the guarantee of quality, reasonable price and perfect service, but also relies on our customer's trust and support! In the future, we are going to continue with the most qualified and high quality service to offer the most competitive price, Together with our customers and achieve win-win! Welcome to inquiry and consult!
By Henry stokeld from Germany - 2017.05.21 12:31
With a positive attitude of "regard the market, regard the custom, regard the science", the company works actively to do research and development. Hope we have a future business relationships and achieving mutual success.
By Rigoberto Boler from Swiss - 2017.08.18 11:04