Fiberglass Plied Yarn

Features
1. Fiberglass filament yarn uses ore as the raw material
2. It has the properties of insulation, fireproof and softness
3. It is a necessary raw material of all kinds of fireproof and insulation
products
4. Twists and diameters of filament depend on customers' requirements
5. Special specifications depend on customers' requirements
Application Field:
1. In modern airplanes, composite materials account for approximately 50% of
the total weight. While aerospace products utilize various composite matrices,
E-Glass remains a popular choice for reinforcement. Reinforced composites are
extensively used in the production of laminates for a wide range of cabin
interior parts, including flooring, closets, seating, air ducts, cargo liners,
helicopter blades and insulation applications.
2. Fiberglass yarns are used in automotive applications for their tensile
strength, temperature resistance and dimensional stability.
3. Fiberglass yarns are used in construction applications because they add
significant strength to various construction materials, enhancing their
durability and structural integrity.
4. Fiberglass yarn is essential to produce electronic and electrical products
due to its unique properties: low elongation, mechanical strength, thermal and
electrical resistance.
5. Fiberglass products are used in many industrial applications because
they add strength, have low thermal conductivity, are naturally fire
resistant, do not elongate, or shrink, do not conduct electricity and do not
decay.  
6. Our yarns can be found in Hockey Sticks, Snow Skis, Snowboards, Skateboards,
water skis, wake board, Paddle Boards, baseball bats and various Marine
applications.  Our Resin compatible yarns impart superior Tensile and
Flexural Strength. 
7.These yarns are being used for the production of either circular or flat
knitted-, as well as woven fabrics to create medical castings and tapes,
orthotic products and bandages. Some of these products replace plaster casts,
while other ones like e.g. orthoses have a supporting and/or fixing function.
8. Rotor blades and nacelles for wind generation are based on composites
manufactured from resin compatible E-Glass yarns. Fiberglass composite
components allow high strength at a low weight, so that longer and more
efficient rotor blades for larger wind turbines can be manufactured in a cost
effective way.

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