| Fiber Type : Nylon Heat: Melts at 419F to430F. Bleaches &Solvents: Will bleach. Degrades in mineral acids & oxidizing agents. Acids & Alkalis: Insoluble in organic solvents Resists weak acids, inert to alkalis. Hydrolyzed by strong acids Abrasion : Excellent Mildew, Ag ing &Sunlight: Excellent resistance to mildew and aging. Prolonged sun exposure can cause degradation.
| Fiber Type : Polyethylene Heat : Melts at 525F
Bleaches &Solvents : Excellent
Acids & Alka lis : Excellent
Abrasion : Good to Poor
Mildew, Aging &Sunlight: Excellent resistance to mildew.
| Fiber Type : Spandex / Lycra Heat: Sticks at 350-390F. Melts above 500F. Tg: 52 oC
Bleaches &Solvents: Good resistance to oxidizing agents. Poor resistance to bleaches.
Acids & Alkalis : Good
Abrasion: Good in diluted (weak), but degrades in strong acids & bases.
Mildew, Aging &Sunlight: Excellent aging and mildew resistance. Good resistance to sunlight.
|
| Fiber Type : Polyester Heat: Melts at 500F. Bleaches &Solvents : Excellent Acids & Alkalis: Good resistance to weak alkalis & weak acids. Moderate resistance to strong acids & alkali. Abrasion : Excellent Mildew, Aging &Sunlight: Excellent resistance to mildew, good aging. Degrades after prolonged exposure to sunlight.
| Fiber Type : Fiberglass Heat : Does not burn or melt
Bleaches &Solvents: Excellent solvent & bleach resistance.
Acids & Alkalis : Fair
Abrasion : Good
Mildew, Aging &Sunlight : Excellent
| Fiber Type : Aramid (Kelvar, Nomex, Tarwon, Technora) Heat: Difficult to ignite. Does not burn or melt. Decomposes at 800F to 932F. Bleaches &Solvents: Poor in bleach. Excellent solvent resistance.
Acids & Alkalis : Good in dilute acids & bases. Poor in strong acids & bases.
Abrasion : Fair to Good
Mildew, Aging &Sunlight: Excellent resistance to mildew & aging. Degrades when exposed to sunlight.
|
| Fiber Type : Fluorocarbon -Teflon (PTFE) Heat: Very heat resistant -350F to 550F. Melts at 620F. Bleaches &Solvents : Essentially inert to bleaches & solvents
Acids & Alkalis: Excellent but effected by acids & alkali at high temperatures.
Abrasion : Good
Mildew, Aging &Sunlight : Excellent
| Fiber Type : Nylon Density (g/cc) : 1.14
Moisture Regain(%) : 2.8 to 5.0
Elongation at Break(%) : 17 to 45
Breaking Tenacity(g/Denier) : 4.0 to 7.2
Initial Modulus(CN/tex) : 400
Thermal Shrinkage(@ 177 C) : N/A
L.O.I. : ----
Melting Point (C/F) : 216/419 Tg: Glass transition temperature: 47oC.
| Fiber Type : Polyester(PET) Density (g/cc) : 1.38
Moisture Regain(%) : 0.4
Elongation at Break(%) : 15.3
Breaking Tenacity(g/Denier) : 9.2
Initial Modulus(CN/tex) : 998
Thermal Shrinkage(@ 177 C) : 11.6
L.O.I. :----
Melting Point (C/F) : 256/493 Tg:69 oC |
| Fiber Type : Kevlar 29 Density (g/cc) : 1.44
Moisture Regain(%) : 7
Elongation at Break(%) : 3.6
Breaking Tenacity(g/Denier) : 23
Initial Modulus(CN/tex) : 4,900
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I. : 28
Melting Point (C/F) : 427/800 T Tg: | Fiber Type : Kevlar 49 Density (g/cc) : 1.44
Moisture Regain(%) : 3.5
Elongation at Break(%) : 2.4
Breaking Tenacity(g/Denier) : 23.6
Initial Modulus(CN/tex) : 7,814
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I. : 28
Melting Point (C/F) : 427/800 T Tg: | Fiber Type : Fiberglass E-glass Density (g/cc) : 2.54
Moisture Regain(%) : None
Elongation at Break(%) : 4.8
Breaking Tenacity(g/Denier) : 15.3
Initial Modulus(CN/tex) : 2,900
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I. :----
Melting Point (C/F) : 1121/2050 Tg: |
| Fiber Type : Nomex Density (g/cc) : 1.38
Moisture Regain(%) : 4.5
Elongation at Break(%) : 28
Breaking Tenacity(g/Denier) : 4.9
Initial Modulus(CN/tex) : 839
Thermal Shrinkage(@ 177 C) : 0.4
L.O.I. : 29-30
Melting Point (C/F) : 371/700 T Tg: 273 oC | Fiber Type : Vectran Density (g/cc) : 1.41
Moisture Regain(%) : < 0.1
Elongation at Break(%) : 3.3
Breaking Tenacity(g/Denier) : 23
Initial Modulus(CN/tex) : 4,635
Thermal Shrinkage(@ 177 C) : < 0.5
L.O.I.: 35
Melting Point (C/F) : 330/625
| Fiber Type : Technora Density (g/cc) : 1.39
Moisture Regain(%) : 2
Elongation at Break(%) : 4.6
Breaking Tenacity(g/Denier) : 28
Initial Modulus(CN/tex) : 5,209
Thermal Shrinkage(@ 177 C) : < 0.5
L.O.I. : 35
Melting Point (C/F) : 330/625
|
| Fiber Type : Twaron Density (g/cc) : 1.44
Moisture Regain(%) : 6.5
Elongation at Break(%) : 3.6
Breaking Tenacity(g/Denier) : 22.3
Initial Modulus(CN/tex) : 4,900
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I. : 25
Melting Point (C/F) : 500/932 T | Fiber Type : Carbon / Graphite Density (g/cc) : 1.77
Moisture Regain(%) : None
Elongation at Break(%) : 1
Breaking Tenacity(g/Denier) : 21.3
Initial Modulus(CN/tex) : ----
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I. : ----
Melting Point (C/F) : 315/600 T
| Fiber Type : Fiber Glass S-Glass Density (g/cc) : 2.48
Moisture Regain(%) : None
Elongation at Break(%) : 5.7
Breaking Tenacity(g/Denier) : 19.8
Initial Modulus(CN/tex) : 3,500
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I.:----
Melting Point (C/F) : 1493/2719
|
| Fiber Type : PBI Density (g/cc) : 1.43
Moisture Regain(%) : 15
Elongation at Break(%) : 28.5
Breaking Tenacity(g/Denier) : 2.7
Initial Modulus(CN/tex) : 280
Thermal Shrinkage(@ 177 C) : < 0.1
L.O.I. : 41
Melting Point (C/F) : 460/860 T
| Fiber Type : PTFE (Teflon) Density (g/cc) : 2.1
Moisture Regain(%) : None
Elongation at Break(%) : 35
Breaking Tenacity(g/Denier) : 1.7
Initial Modulus(CN/tex) : 110
Thermal Shrinkage(@ 177 C) : 7
L.O.I. : N/A
Melting Point (C/F) : 327/621 TT Tg: -90 oC | Fiber Type : Spectra /Dyneema PBI Density (g/cc) : 0.97
Moisture Regain(% : < 0.1
Elongation at Break(%) : 2.7-3.5
Breaking Tenacity(g/Denier) : 26 to 34
Initial Modulus(CN/tex) : 10,595
Thermal Shrinkage(@ 177 C) : N/A
L.O.I. : ----
Melting Point (C/F) : 147/297
|
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