Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

Fumed synthetic silica is used for reinforcement and for infrared-light absorption in greenhouse films.2 They also act as semi-conductors in cables and protect electronics from interference. For example, ESD protection is important in the production and packaging of electronic components.

The results of advancements in polymerization catalyst technology, these materials were originally developed to improve flexible packaging film characteristics. The National Sanitation Foundation is known for the development of standards, product testing and certification services in the areas of public health safety and protection of the environment. Common tests are UL-94 (vertical and horizontal burn test further categorized under HB, V0, V1, or V2), VTM (thin film burn test) and VW (vertical wire burn test).

The results of advancements in polymerization catalyst technology, these materials were originally developed to improve flexible packaging film characteristics. The National Sanitation Foundation is known for the development of standards, product testing and certification services in the areas of public health safety and protection of the environment. Common tests are UL-94 (vertical and horizontal burn test further categorized under HB, V0, V1, or V2), VTM (thin film burn test) and VW (vertical wire burn test).

These panels are designed to offer protection from bullets and other projectiles and can be constructed to provide military grade protection. Common uses for ballistic panels include walls, barriers, and protective clothing.