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| Technique: | Winding Filament Roving |
| Yarn Structure: | Single Yarn |
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S Glass Fiber high strength
High strength glass fibers made from the magnesium alumino silicate glass system meeting the needs of mili tary application have been developed and put into volume production since 70' s & 90' s last century respectively.
Compared with E Glass fiber, they exhibit 30-40% higher tensile strength,16-20% higher modulus of elasticity.10 folds higher fatigue resistance,100-150 degree higher temperature endure, also they have excellent impact resistance because of high elongation to break, high ageing & corrosion resistance, quick resin wet-out properties.
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Data Sheet of S-Glass & E-Glass |
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Properties |
S-Glass |
E-Glass |
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Virgin Fiber Tensile Strength(Mpa) |
4100 |
3140 |
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Tensile Strength(Mpa) ASTM 2343 |
3100-3600 |
1800-2400 |
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Tensile Modulus(Gpa) ASTM 2343 |
82-86 |
69-76 |
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Elongation To Break(%) |
4.9 |
4.8 |
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Properties |
BH-HS2 |
BH-HS4 |
E-glass |
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Virgin fiber tensile strength(Mpa) |
4100 |
4600 |
3140 |
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Tensi1e strength(MPA) ASTM2343 |
3100-3600 |
3300-4000 |
1800-2400 |
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Tensile Modulus (GPa)ASTM2343 |
82-86 |
83-90 |
69-76 |
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Elongation to break(%) |
49 |
54 |
48 |
Good tensile strength.
High modulus of elasticity
100 to 150 degrees celsius better temperature endurance
10 fold higher fatigue resistance
Excellent impact resistance because of the high elongation to breakage
High ageing and corrosion resistance
Quick resin wet-out properties
Weight saving at the same performance
Aerospace, marine and arms industries due to its high tensile strength and higher modulus of elasticity when compared to e-glass.
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