Products

E-glass 106 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

Astroquartz® II 507 has evstablished itself as the recognized leader in pure (99.9% +) silica grade fabrics. The electrical, thermal, and strength properties of Astroquartz® are unparalleled. Astroquartz® can be found in many groundbreaking applications including to assist commercial aviation connectivity and military aircraft communications, heat shields for orbital and martian space explorers, and as thermal protection for sensors and other temperature-sensitive parts. Astroquartz® fabrics are certifiable to AMS 3846. Astroquartz® fabrics established the use of high purity silica in fabric form.

E-glass 108 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

Twaron® 1000 5712 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

Kevlar® 129 720 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

Astroquartz® III 4503 has evstablished itself as the recognized leader in pure (99.9% +) silica grade fabrics. The electrical, thermal, and strength properties of Astroquartz® are unparalleled. Astroquartz® can be found in many groundbreaking applications including to assist commercial aviation connectivity and military aircraft communications, heat shields for orbital and martian space explorers, and as thermal protection for sensors and other temperature-sensitive parts. Astroquartz® fabrics are certifiable to AMS 3846. Astroquartz® fabrics established the use of high purity silica in fabric form.

Kevlar® 29 745 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

Kevlar® KM2+ 768 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

Kevlar® KM2+ 767 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

E-glass 1080 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

Twaron® 2200 5352 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

Astroquartz® III 4581 has evstablished itself as the recognized leader in pure (99.9% +) silica grade fabrics. The electrical, thermal, and strength properties of Astroquartz® are unparalleled. Astroquartz® can be found in many groundbreaking applications including to assist commercial aviation connectivity and military aircraft communications, heat shields for orbital and martian space explorers, and as thermal protection for sensors and other temperature-sensitive parts. Astroquartz® fabrics are certifiable to AMS 3846. Astroquartz® fabrics established the use of high purity silica in fabric form.

Astroquartz® II 581 has evstablished itself as the recognized leader in pure (99.9% +) silica grade fabrics. The electrical, thermal, and strength properties of Astroquartz® are unparalleled. Astroquartz® can be found in many groundbreaking applications including to assist commercial aviation connectivity and military aircraft communications, heat shields for orbital and martian space explorers, and as thermal protection for sensors and other temperature-sensitive parts. Astroquartz® fabrics are certifiable to AMS 3846. Astroquartz® fabrics established the use of high purity silica in fabric form.

Twaron® 2200 5353 provides phenomenal ballistic and blunt trauma protection. It is used for ballistic protection, high strength composites, and wear and resistant. It is also used in military and civilian protection applications. Kevlar® fabrics fully certifiable to AMS-3902 and BMS 8-381 for use in aerospace applications.

Astroquartz® II 503 has evstablished itself as the recognized leader in pure (99.9% +) silica grade fabrics. The electrical, thermal, and strength properties of Astroquartz® are unparalleled. Astroquartz® can be found in many groundbreaking applications including to assist commercial aviation connectivity and military aircraft communications, heat shields for orbital and martian space explorers, and as thermal protection for sensors and other temperature-sensitive parts. Astroquartz® fabrics are certifiable to AMS 3846. Astroquartz® fabrics established the use of high purity silica in fabric form.

E-glass 1280 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

E-glass 104 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

E-glass 1297 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

E-glass 1142 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

E-glass 1299 is also known as electrical glass—is the standard glass composition used for most glass fibers. It is made from the oxides of silicon, aluminum, calcium, magnesium, and boron.

S-glass 4180 is a high performance glass fiber, distinguished from E-glass primarily by its higher silica content. S-glass typically contains the oxides of silicon, aluminum, and magnesium.