Dyneema/Spectra Fiber
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| Dyneema/Spectra Fiber |
DSM developed Dyneema over 30 years back and it has been underway since 1990. The fiber is fantastically flexible with basically boundless applications. The fiber is fabricated by method for a gel-turning process that joins great quality with mind boggling non-abrasiveness. Dyneema/Spectra Fiber is a super-solid fiber in light of ultra high atomic weight polyethylene. It offers most extreme quality joined with least weight. The fiber is fabricated by DSM Dyneema/Spectra Fiber by method for a gel-turning process that consolidates compelling quality with staggering non-abrasiveness.
It is accessible in a large number of deniers for utilization in an extensive variety of utilizations. This augmented chain polyethylene fiber has one of the most noteworthy quality to weight proportions of any artificial fiber. Dyneema/Spectra Fiber 1000 has a determination 15 – 20 percent higher than that of Dyneema/Spectra Fiber 900. Dyneema/Spectra Fiber is, pound-for-pound, 10 times stronger than steel, more strong than polyester and has a particular quality that is 40 percent more noteworthy than aramid fiber. Particular execution is subordinate upon denier and fiber check. Dyneema/Spectra Fiber is an enrolled trademark of Honeywell and was once in the past a result of Allied Signal.
Product:
Dyneema/Spectra Fiber is produced using ultra-high-sub-atomic weight polyethylene utilizing a licensed gel-spinning procedure. With a scope of deniers accessible from 75 to 5600, Spectra fiber is engineered for a wide mixture of utilizations, including: Rope and Cordage: rope, industrial and aquaculture netting, slings and ties Recreation: angling lines, bow strings, parachute cords, racket strings and sail material Cut Resistance: gloves, aprons, sleeves and donning attire Specialty Applications: space materials, dental floss, security boundaries and tempest assurance.
Utilized as a part of military and police shield applications around the globe, Dyneema/Spectra Fiber is 15 times stronger than steel yet sufficiently light to buoy. It is more tough than practically identical polyester fiber, and is more than 40 percent stronger than aramid fiber.
Toughness
Dyneema/Spectra Fiber is utilized as a part of a differing cluster of uses where toughness is a need, from rope and sail material to netting and security boundaries. On account of its bigger fiber width, Dyneema/Spectra Fiber performs well in inside contact and hex bar testing. It shows fantastic flex exhaustion and scraped spot resistance, and is profoundly cut-safe. The fiber highlights magnificent damping qualities for vibration, stun and affect, and has a low dielectric coefficient and misfortune digression.
Concoction, Fungal, and UV Resistance
Dyneema/Spectra Fiber displays high imperviousness to numerous sorts of substances, from seawater to sulfuric acid. In open air applications, its imperviousness to parasitic development, consumption, and bright light makes it suitable for the harshest of atmospheres.
The Strength of Honeywell
With backing in every district of the world, our deals and client administration capacities are never far away. In addition, Honeywell keeps on putting resources into cutting edge item research and applications innovation capacities to grow cutting edge fiber answers for our clients.
Honeywell Dyneema/Spectra Fiber gives lightweight, trustworthy quality in requesting applications. Delivered utilizing a licensed gel-spinning methodology, it is:
A brilliant white polyethylene fiber with high imperviousness to chemicals, water and bright light
Stronger than steel and 40 percent stronger than aramid fiber
Fit for withstanding high-load strain-rate speed.
Spectra® fiber is one of the strongest and lighest fibers accessible. A brilliant white polyethylene, it is 15 times stronger than steel, more strong than polyester and has a particular quality that is 40% more noteworthy than aramid fiber. With exceptional durability and phenomenal visco-versatile properties, Spectra fiber can withstand high load strain rate speeds.
Properties of Dyneema/Spectra Fiber
One of the most elevated quality to weight proportions of any synthetic fiber
Oustanding strength and visco-elasti properties
Sufficiently light to buoy
High imperviousness to chemicals, water and bright light
Superb vibration damping, flex exhaustion and inner fiber grinding attributes
Low stretching
High imperviousness to scraped area
Opposes erosion
Low dielectric consistent
Applications:
Industrial Rope and Cordage
Lifting Slings
Wellbeing and Rescue Ropes
Ropes for compelling game climbing.
It is accessible in a large number of deniers for utilization in an extensive variety of utilizations. This augmented chain polyethylene fiber has one of the most noteworthy quality to weight proportions of any artificial fiber. Dyneema/Spectra Fiber 1000 has a determination 15 – 20 percent higher than that of Dyneema/Spectra Fiber 900. Dyneema/Spectra Fiber is, pound-for-pound, 10 times stronger than steel, more strong than polyester and has a particular quality that is 40 percent more noteworthy than aramid fiber. Particular execution is subordinate upon denier and fiber check. Dyneema/Spectra Fiber is an enrolled trademark of Honeywell and was once in the past a result of Allied Signal.
Product:
Dyneema/Spectra Fiber is produced using ultra-high-sub-atomic weight polyethylene utilizing a licensed gel-spinning procedure. With a scope of deniers accessible from 75 to 5600, Spectra fiber is engineered for a wide mixture of utilizations, including: Rope and Cordage: rope, industrial and aquaculture netting, slings and ties Recreation: angling lines, bow strings, parachute cords, racket strings and sail material Cut Resistance: gloves, aprons, sleeves and donning attire Specialty Applications: space materials, dental floss, security boundaries and tempest assurance.
Fiber Capabilities
Lightweight StrengthUtilized as a part of military and police shield applications around the globe, Dyneema/Spectra Fiber is 15 times stronger than steel yet sufficiently light to buoy. It is more tough than practically identical polyester fiber, and is more than 40 percent stronger than aramid fiber.
Toughness
Dyneema/Spectra Fiber is utilized as a part of a differing cluster of uses where toughness is a need, from rope and sail material to netting and security boundaries. On account of its bigger fiber width, Dyneema/Spectra Fiber performs well in inside contact and hex bar testing. It shows fantastic flex exhaustion and scraped spot resistance, and is profoundly cut-safe. The fiber highlights magnificent damping qualities for vibration, stun and affect, and has a low dielectric coefficient and misfortune digression.
Concoction, Fungal, and UV Resistance
Dyneema/Spectra Fiber displays high imperviousness to numerous sorts of substances, from seawater to sulfuric acid. In open air applications, its imperviousness to parasitic development, consumption, and bright light makes it suitable for the harshest of atmospheres.
The Strength of Honeywell
With backing in every district of the world, our deals and client administration capacities are never far away. In addition, Honeywell keeps on putting resources into cutting edge item research and applications innovation capacities to grow cutting edge fiber answers for our clients.
Honeywell Dyneema/Spectra Fiber gives lightweight, trustworthy quality in requesting applications. Delivered utilizing a licensed gel-spinning methodology, it is:
A brilliant white polyethylene fiber with high imperviousness to chemicals, water and bright light
Stronger than steel and 40 percent stronger than aramid fiber
Fit for withstanding high-load strain-rate speed.
Spectra® fiber is one of the strongest and lighest fibers accessible. A brilliant white polyethylene, it is 15 times stronger than steel, more strong than polyester and has a particular quality that is 40% more noteworthy than aramid fiber. With exceptional durability and phenomenal visco-versatile properties, Spectra fiber can withstand high load strain rate speeds.
Properties of Dyneema/Spectra Fiber
One of the most elevated quality to weight proportions of any synthetic fiber
Oustanding strength and visco-elasti properties
Sufficiently light to buoy
High imperviousness to chemicals, water and bright light
Superb vibration damping, flex exhaustion and inner fiber grinding attributes
Low stretching
High imperviousness to scraped area
Opposes erosion
Low dielectric consistent
Applications:
Industrial Rope and Cordage
Lifting Slings
Wellbeing and Rescue Ropes
Ropes for compelling game climbing.
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