PAN & KEVLAR BLENDED YARN
Product Name: PAN/Kevlar (P-aramid 1414)Blended Yarn
Yarn Count: 24S/2
Material: PAN/Kevlar 50:50
Why PAN/Kevlar 50:50 blended ?
- PAN is excellent performance in flame-retardant field (Lasted 3
mins in 900℃ Flame)
- Kevlar (P-aramid 1414) has a extremely high strength.
These 2 fibers blended together the yarn will be both
flame-retardant and extremely high strength.
What's PAN ??
Polyacrylonitrile Pre-Oxidized Fiber Referred To As The
Pre-Oxidized Fibers. With The Development Of Carbon Fiber Rise Of A
New Flame-Resistant (Non-Flammable) Fiber. Amounted To About 93%
Carbon Fiber, Black. Strength 1.6-2.3dn/Tex, Elongation Rate Of
12-16%, Initial Modulus Of 70-80 Dn / Tex. Moisture Absorption Rate
Of 6% -10%, Thermal Conductivity Coefficient Of 0.08-0.17J / (M S
K), Limiting Oxygen Index Of 55-60%. Non-Combustible In The Flame,
Insoluble, Non-Drip, Non-Softening, Non-Shrink, Flame-Resistant At
900Flame Lasted 3min, Remains Its Prototype Until Being Carbonized.
Soft And Not Brittle At -100 ℃, It Can Be Blended To Aramid 1414,
Cotton And Other Fibers Complement Each Other.
Application Examples:
* Fire Suits, Insulated Clothing (Fire, Smelting, Welding, Arc)
* Fire Barriers For Furniture, Public Places (Curtains, Mattresses,
Every Other Account, Lining)
* Fire Tent
* Special Police Fire Fighting Clothing, Still Can Survive In A
Fire-Sea Fighting
* Electricity, Communications Insulation Materials
* Industrial, Military Equipment, Facilities, Fire Protection
Jacket
* Automobile Industry In The Fire, Heat And Sound Insulation
Components
* Friction Plate Used Textile Material
Kevlar = Aramid 1414
Appearance Of Golden Yellow, Looks Like Shiny Metal Threads, In
Fact There Is A Rigid Molecule Consisting Of Liquid Crystal
Polymers. Because Of Its High Degree Of Molecular Chain Orientation
Along The Length Direction, And Has A Very Strong Binding Force
Between Chains, Giving An Unprecedented High Fiber Strength, High
Modulus And High Temperature Properties.
Aramid 1414 Discovery Of The Material Is Considered An Important
Milestone In The Development Sector. Aramid 1414 Has High Strength,
More Than 28 Grams / Denier, High-Quality Steel Is 5-6 Times The
Modulus Of Steel Or Glass Fiber 2-3 Times The Toughness Of A Steel
Two-Fold, While The Weight Of Steel Is Only 1 / 5. (1414 Aramid
Strength And Toughness Is Also Extremely Difficult To Cut And
Processed, The Need For Expensive Professional Tools.)
1414 Aramid Continuous Use Of A Very Wide Temperature Range, At
-196To 204Within The Scope Of The Long-Term Normal Operation. At
150Under The Contraction Rate Of 0, At 560Does Not Break Down Under
High Temperature Curing, Heat-Resistant Properties Of Aramid Fiber
1313 Far Better Than A Chip, And Has Good Insulation And Corrosion
Resistance, Life Cycle Is Very Long, Because It Won The " Synthesis
Of Wire "In The World.
Aramid 1414 Is First Applied To Cutting-Edge Fields Such As
National Defense. In Order To Meet The Needs Of Modern Warfare And
Counter-Terrorism, The United States, Russia, Britain, Germany,
France, Israel, Italy, The More The National Army And Police Body
Armor, Bullet-Proof Helmets, Stab-Proof Cut Clothes, EOD Suits,
High-Intensity Parachutes, Bullet-Proof Body, Armor Plate Dengjun
Uses A Lot Of Aramid 1414. In The Bullet-Proof Vest, Because Of
Aramid Fibers, High Strength, Toughness, And Knitting Is Good, Can
A Bullet Impact Energy Absorption And Re-Dispersion Soki To
Knitting And Other Fiber To Avoid A "Blunt Trauma", And Therefore
Protective Effect Is Remarkable. Kevlar Bullet-Proof Vests, Helmets
Iude Lightweight, Effective In Raising The Army's Rapid Reaction
Capabilities And Defense Capabilities.
Now, In Addition To The Military Field, The Aramid 1414 Has Been As
A High-Tech Fiber Materials Are Widely Used In Aerospace,
Mechanical And Electrical, Construction, Automotive, Marine
Fisheries, Sporting Goods And So On Various Aspects Of The National
Economy.
In Aviation And Aerospace, The Aramid Fiber-Reinforced Composite
Resin Matrix For Aerospace, Rockets And Aircraft Structural
Materials, Reduce Weight, Increase Payload, Save A Lot Of Power
Fuel. Such As The Boeing Aircraft Shell, Seats, Interior Parts And
Successfully A
