1054 results:
901. Reinforcing materials  
Polyether fibers (PET) Polyester fibers belong to the group of organic synthetic reinforcing fibers. Mainly these are used for textiles. Tensile strength is about the same as polyamide fibers but  
902. Reinforcing materials  
Wood fiber Wood fiber belongs to the group of naturally organic reinforcing fibers. Wood flours used for reinforcing phenol formaldehyde and melamine formaldehyde molding compounds are usually f  
903. Reinforcing materials  
Ceramic fiber Ceramic fiber belongs to the group of synthetic inorganic reinforcing fibers. The ceramic fiber is used to reinforce metallic materials.  
904. Reinforcing materials  
Polyethylene fiber Polyethylene fiber belongs to the group of synthetic organic reinforcing fibers. The PE fiber is made of highly stretched UHMW PE. Their melting point is about 150°C and they  
905. Reinforcing materials  
Pan fiber Polyacrylonitrile fiber belongs to the group of synthetic organic reinforcing fibers. PAN fiber is a high-strength fiber with a kidney-shaped cross-section. It is mainly used as a replac  
906. Reinforcing materials  
Cellulose fiber Cellulose fiber belongs to the group of organic reinforcing fibers. It is usually made of sulfite pulp from beech wood or pure cotton cellulose. In the early days of fiber compos  
907. Reinforcing materials - Other fibers  
Other fibers Other fibers  
908. Reinforcing materials  
Aramid fibers (Kevlar) are linear, organic polymers with high strength and stiffness. Like the C-fiber, the aramid fiber exhibits a negative coefficient of thermal expansion due to its high molecul  
909. Reinforcing materials - Aramid fiber  
Aramid fiber Aramid fiber  
910. Reinforcing materials  
Carbon or C-fibers consist of over 90% pure carbon and have a diameter of 5-10 micrometers. PAN (polyacrylonitrile fibers), pitch or cellulose are usually used as feedstock. Special properties  
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