Products in Body Armor: Good Mechanical Properties

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, Compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Polyumac Air-Cell T-240 is a hybrid, closed cell cross-linked polyester foam core that is an economical alternative to other cores used in the production of sandwich composite structures. In addition to its excellent strength to weight ratio, it offers good dimensional stability at elevated temperatures.

Carbon Fabrics 38401 is made of carbon fiber by 5HS weaving style.

Resinoid 2002-C5 is a fabric reinforced, two-step phenolic molding compound. It has improved heat distortion and dimensional stability. It has been formulated to exhibit excellent wear resistant properties. It is available in bulk form and is recommended for compression or transfer molding.

Anhui Wanwei Group High strength and high modulus PVA fiber W1 has high tensile strength and modulus. Due to its acid and alkali resistance, anti-aging, corrosion resistance, ultraviolet resistance and other properties, it is harmless to human body and the environment and is ideal for replacing industrial asbestos. Materials are widely used in high-performance concrete engineering domains and special domains such as coinage and military.

Resinoid 2215 is an organic fiber reinforced compound offering moderate impact strength. This product is available in a small pellet suitable for compression, transfer and injection molding.

Polyumac Air-Cell T-200 is a hybrid, closed cell cross-linked polyester foam core that is an economical alternative to other cores used in the production of sandwich composite structures. In addition to its excellent strength to weight ratio, it offers good dimensional stability at elevated temperatures.

Polyumac Air-Cell T-100 is a hybrid, closed cell cross-linked polyester foam core that is an economical alternative to other cores used in the production of sandwich composite structures. In addition to its excellent strength to weight ratio, it offers good dimensional stability at elevated temperatures.

Carbon Fabrics 38178 is made of carbon fiber by 4/4 Twill weaving style.

Carbon Fabrics 38194 (Width 1250) is made of carbon fiber by 2/2 Twill weaving style.

Carbon Fabrics 38391 is made of carbon fiber by 2/2 Twill weaving style.

Resinoid 2089 is a chopped fabric reinforced, two-step phenolic molding compound offering good physical and wear properties. This product has been specifically formulated for mechanical applications where minimal wear and low shrinkage values are desired. This material comes in bulk fabric form and is suitable for compression molding.

Carbon Fabrics 38194 is made of carbon fiber by 2/2 Twill weaving style.

Polyumac Air-Cell T-50 is a hybrid, closed cell cross-linked polyester foam core that is an economical alternative to other cores used in the production of sandwich composite structures. In addition to its excellent strength to weight ratio, it offers good dimensional stability at elevated temperatures.

Carbon Fabrics 38400 is made of carbon fiber by 2/2 Twill weaving style.

Resinoid 2277 is a chopped fabric reinforced, two-step phenolic molding compound. It was specifically developed for molding applications where a lightweight, high strength material with good impact strength is needed. This material comes in pelletized from and is suitable for transfer or compression molding and can be used in injection molding systems with deep flight screws. Resinoid 2277 meets the requirements of ASTM D-5948 CFI-20 (Formerly MIL M14/1 CFI-20).

Carbon Fabrics 38178 (Width 1250) is made of carbon fiber by 4/4 Twill weaving style.

Carbon Fabrics 38491 (0.65 mm) is made of carbon fiber by 2/2 Twill weaving style.

Carbon Fabrics 38165 is made of carbon fiber by 5HS weaving style.

Carbon Fabrics 38490 is made of carbon fiber by 2/2 Twill weaving style.

Polyumac Air-Cell T-150 is a hybrid, closed cell cross-linked polyester foam core that is an economical alternative to other cores used in the production of sandwich composite structures. In addition to its excellent strength to weight ratio, it offers good dimensional stability at elevated temperatures.

Resinoid 2005 is a cellulose reinforced, two-step phenolic molding compound. It exhibits excellent electrical and thermal properties and dimensional stability. This material comes in pelletized from and is suitable for transfer or compression molding. It can be preformed on automatic equipment.