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Natural Fibers
Organic Inorganic
Plant Animal Rock Metal
Seed Bast Leaf Fruit Hair Wool Silk
Cotton (CO) Flax (LI) Abaca (AB) Coconut (CC) Camel (WK) Wool (WO) Silk (SE) Asbestos (AS) Metal (MTF)
Kapok () Hemp (HA)     Alpaca (WP)   Tussah (ST)    
Akund() Jute (JU)     Lama (WL)        
  Bamboo (BAM)     Angora Mohair (WM)        
        Cashmere (WS)        
        Horse Hair (HS)        
        Angora Rabbit (WA)        
Synthetic Fibers
Organic Inorganic
Natural Synthetic
Cellulose Origin Protein Origin
From Plant From Animals
Viscose (CV) Soybean (SPF) Casein () Acylic (PAN) Glass (GF)
Modal (MD) Alginate (ALG) Polylactic Acid (PLA) Polyethylene (PE) Carbon (CF)
Lyocell (CLY) Corn ()   Polypropylene (PP) Ceramic (GEF)
  Peanut ()   Polyester (PET)  
      Modacrylic (MAC)  
      Elasthane (EL)  
      Polytetrafluoroethylene (PTFE)  
      Polyamide 6 (PA 6)  
      Polyamide 6.6 (PA 6.6)  
      Aramide (AR)  



Glass


General
Glass fibers are formed from complex mixtures of silicates and borosilicates in the form of mixed magnesium, aluminum, sodium,calcium, potassium and other salts.
The most commonly used types are E-type and C-type fibers.
In the past, the fiber is used for decorative purposes, today it is used satisfy the requirements of industry.

Applications
It is used for;
Fire extinguishers,
Containers,
Boats
Fire protection fabric production.

Functions
The fibers are thin and transparent.
The surface of fiber is smooth.
The value of elongation at break of the fiber is around 2%.

Specifications
Light
Strong
Non creasing
Not flexible
High strength
Resistant to moisture
Resistant to fire
Poor thermal and electrical conductivity
Resistant to chemical actions
Resistant to high temperature
Resistant to microorganisms
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