Flame Retardand 1100dtex PARA Aramid Fiber

• Customization: Available
• Usage: Concrete, Filling Material, Spinning, Non-Woven Fabric
• Material: 100% PARA Aramid
• Model NO.: 1100DTEX
• Feature: Anti-Pilling, Abrasion-Resistant, Flame Retardant, Anti-Distortion, Anti-Static, Heat-Resistant
• Fiber Type: Filament
• Pattern: Plain
• Color: Yellow
• Width: 0
• Function: Flame Retardant Fiber
• Structure: Miscellaneous Chain Synthetic
• Strength: 20cn/Dtex
• Transport Package: Carton
• Specification: 1100dtex
• Origin: China
• HS Code: 5402112000
• Production Capacity: 1000

Product Description

The most prominent properties of the Para Aramid are its high strength, high modulus and heat resistance. For Para Aramid, ratio of weight/strength is 6 times of steel wire, 3 times of glass fiber and twice of high-strength nylon. Ratio of weight / modulus is 3 times of steel wire, twice of glass fiber and 10 times of high strength nylon. Para Aramid can keep 95% strength after working for 500 hours at 160ºC and keeps 75% strength after working for 100 hours at 200ºC. Para Aramid is often used as a special structure material with properties of light weight, heat-resistant.
 
Application
 
Military and sophisticated technique field
Para Aramid is used in military and sophisticated field to produce bulletproof clothes, bulletproof helmets, anti-cut clothes, anti explosion clothes, bulletproof vehicle body, ship armor and parachutes etc. to prevent from dangers. In aero-space field, Para Aramid is used to make reinforced composite material for astronavigation, rockets and planes as structure material with the properties of lessening weight, increasing effective loading and saving power fuel.
 
Composite material
 A large amount of composite material which is made from Para Aramid is adopted in civil planes, helicopters and ships. The weight of composite material made from Para Aramid is 30% lighter than composite material comprising glass fiber. Non-woven fabric made from Para Aramid is used in top-end printed substrate.  Para Aramid is also widely adopted in ordinary life consumption area, such as sporting goods, compressed air tanks, coated fabrics and so on.
 
Tyres and rubber products
As for performance, Para Aramid is the best bone material for tyres and machine rubber goods (MRG). Para Aramid almost fits all the requirements of light weight, high strength, dimensional stability and fatigue resistance to be bone material for tyres. Fabric made from Para Aramid is used in tyres to less layer thickness and weight, be easy to heat emission, have small deformation and rolling resistance so that oil consumption could be decreased, as well as service life of tyres could be extended, especially for high-speed and heavy loaded vehicles and planes. Conveyor belts reinforced by Para Aramid are able to carry on future distance transportation with the property of light weight and high strength. Pipes and conveyor belts reinforced by Para Aramid have better performance in terms of heat resistance and deformation environment.
 
Safety Protection
Para Aramid is used for producing high temperature resistant and cutting resistant protective gloves. Fire protection clothing compound with Para Aramid could increase fabric's robustness, avoid PMIA fabric shrink and rupture in flame. It is more suitable for using in open flame and high temperature environment.
 
Optical Fiber cable
Para Aramid is largely used as reinforced material in optical cable. It avoids stress and distortion of optical cable through high modulus Para Aramid carrying tension and guarantees the signal transmission performance of cable. Para Aramid cable has high strength and shows good characters in resistance to high temperature, low temperature, sea water, weak acid and alkali corrosion. It could be used in special environment such as ocean, military industry and electric power system, etc.
 
Civil engineering
In civil engineering, we use Para Aramid staple fiber to strengthen concrete, and use reinforced Para Aramid filament resin to instead steel bar for concrete pre-stressing and reinforcing. It reduce the weight of building itself, improve the components' ability of shear resistance. Para Aramid is used for reinforcement and repair of building structure which increases the carrying capacity and prolongs the service life of bridges, docks and roads.
 
Friction Seal
Para Aramid is largely used in friction element of vehicles' braking system, sealing packing as well as heat-resisting and heat-insulating materials.
 

Classification	Example	Characteristics
Tire	Aircraft, Racing care tire,  High speed tire, Heavy loaded tire, Motorcycle tire, Bicycle tire	Light weight, High strength, High modulus, Dimensional Stability, Low Shrinkage
Mechanical rubber rope	Convey belt, Transmission belt, Automotive hose, Hydraulic hose, Marine exploration hoses, oil and gas pipelines	High strength, High modulus, Dimensional stability, Heat resistance, Chemical resistance
Cable rope	Aerial optical fiber cable, Duct cable, General cable, Mechanical structure cable, Marine cable, Military cable, Parachute code	High strength, High modulus, Dimensional stability, Low density, Corrosion resistance, Good dielectric properties, Heat resistance
Composite material	Aerospace structure, Container structure, pressure vessel, ship structure, sports and recreation apparatus, plastic additive, coated fabric	Light weight, High strength, High modulus, resistance to impact, abrasion resistance
Life protection	Bulletproof vest, Helmet, Bulletproof armor, Transport protection, Strategic facilities protection, Explosive ordnanced disposal clothing, Stab resistant clothing	High strength, Good energy dissipation, Light weight, comfort
Friction and sealing	Brake lining belt, Clutch lining, seal pad, packing, Thixotropy additive, Industrial paper	Fiber fibrillation, Heat-resistance, corrosion resistance, Flame retardant, good mechanical properties
Safety protection	Heat resistant work clothes, fire prevention blanket, flame retardant textile, cut resistant glove, cut resistant seat fabric	Heat resistance, flame retardant, Anti-cut
Civil engineering	Concrete reinforcement, Maintenance and reinforce building, bridge and road	Light weight, High Strength, Corrosion resistance, non magnetic, non conductive
Electronic communication	Special printed circuit board, electronic and electrical appliance structural parts, airborne satellite radar cover, wave-transmitting structural materials, light antenna	Light weight, High modulus, Good wave-transmitting, Heat durable

 
 
Specification
 
Filament

Type	Item (dtex/f)	Finish	Description
YHTF100	440dtex/267f 830dtex/500f 1110dtex/666f 1680dtex/1000f 2200dtex/1000f	Regular	Standard A grade
YHTF110	1110dtex/666f 1680dtex/1000f	Customize	Standard A grade

 
Staple

Type	Item (length/dtex)	Finish	Description
YHTF300	38mm/1.68-2.52dtex 51mm/1.68-2.52dtex 60mm/1.68-2.52dtex	Regular	Standard High Strength A grade

 
Short Staple

Type	Item (dtex/f)	Finish	Description
YHTF400	3mm 6mm	No	Straight
YHTF410	6mm	No	Curly

 
Pulp

Type	Item (dtex/f)	Finish	Description descripción
YHTF500	0.8mm 2mm 3mm	No	Dry
YHTF510	0.8mm 2mm	No	Wet

 
Physical Properties
 

Item	Unit	Index
Monofilament	dpf	1.5-2.5
CV	%	±2.0
Density	g/cm3	1.44
Moisture Regain (1)	%	4.5
(1) 24ºC, 55% RH	ASTM D885 (Ref.) GB/T 19975-2005
Strength	cN/dtex	≥20.0
Initial modulus	cN/dtex	≥490
Elongation	%	2-4
Shrinkage
(Water) 100ºC	%	<0.1
(Air) 177ºC	%	<0.1
Heat Shrinkable stress
(Air) 177ºC	cN/dtex	<0.88
25ºC	J/(kg x K)	1420
100ºC	J/(kg x K)	2010
180ºC	J/(kg x K)	2515
LOI	%	29
Decomposition temperature	ºC	550
Long-term use temperature range (Air)	ºC	149-180
Heat of combustion	ºC	35x10^6