Enduro Composites products

Enduro SureGrip tank cover systems are ideal for channels, odd-shaped basins, or covers with numerous penetrations. SureGrip system components include SureGrip FRP deck panels, FRP beams, access hatches and stainless steel hardware.

Enduro electrical instrument stands (switch station stands) offer many of the same benefits as our cable tray, wireway and strut systems. More corrosion resistant than stainless steel or galvanized instrument stands, Enduro’s universal fiberglass instrument stands are a cost effective alternative for challenging environments. Enduro instrument and switch station stands can be built in a variety of different configurations and are made from the highest quality FRP/GRP materials. For all configurations, please specify dimensions in inches.

Designed to work seamlessly with Enduro’s cable tray systems, our fiberglass (FRP) strut systems attach to industry standard materials as well as most commonly used industrial structures such as beams and columns. To learn more about Enduro fiberglass strut systems, please download our FRP Strut & Framing Accessories Catalog.

Enduro’s fiberglass channel framing works with industry standard materials as well as most commonly used industrial structures such as beams and columns. Our channel framing can be ordered solid or punched. For punched channel framing, add “H” to the end of the part number; example: EC-10H. Punched not available for double channel.

For demanding structural and environmental conditions, Tuff Span FRP building panels deliver unsurpassed performance as industrial roofing and siding. In FRP materials, strength and stiffness is determined by the alignment and amount of its glass fiber reinforcements. For effective reaction and transfer of loads, Tuff Span is constructed with high reinforcing content placed in straight and continuous, bidirectional alignment. As a result, Tuff Span has higher strength and stiffness of any profiled FRP building panel and history of standing up to hurricane winds where aged metal, cementious, and other materials have failed. Providing personnel safety, Tuff Span series 450 is the standard for walkable, FRP roofing.

For demanding structural and environmental conditions, Tuff Span FRP building panels deliver unsurpassed performance as industrial roofing and siding. In FRP materials, strength and stiffness is determined by the alignment and amount of its glass fiber reinforcements. For effective reaction and transfer of loads, Tuff Span is constructed with high reinforcing content placed in straight and continuous, bidirectional alignment. As a result, Tuff Span has higher strength and stiffness of any profiled FRP building panel and history of standing up to hurricane winds where aged metal, cementious, and other materials have failed. Providing personnel safety, Tuff Span series 450 is the standard for walkable, FRP roofing.

For demanding structural and environmental conditions, Tuff Span GRP building panels deliver unsurpassed performance as industrial roofing and siding. In GRP materials, strength and stiffness is determined by the alignment and amount of its glass fiber reinforcements. For effective reaction and transfer of loads, Tuff Span is constructed with high reinforcing content placed in straight and continuous, bidirectional alignment. As a result, Tuff Span has higher strength and stiffness of any profiled GRP building panel and history of standing up to hurricane winds where aged metal, cementious, and other materials have failed. Providing personnel safety, Tuff Span series 450 is the standard for walkable, GRP roofing.

For demanding structural and environmental conditions, Tuff Span FRP building panels deliver unsurpassed performance as industrial roofing and siding. In FRP materials, strength and stiffness is determined by the alignment and amount of its glass fiber reinforcements. For effective reaction and transfer of loads, Tuff Span is constructed with high reinforcing content placed in straight and continuous, bidirectional alignment. As a result, Tuff Span has higher strength and stiffness of any profiled FRP building panel and history of standing up to hurricane winds where aged metal, cementious, and other materials have failed. Providing personnel safety, Tuff Span series 450 is the standard for walkable, FRP roofing.

For demanding structural and environmental conditions, Tuff Span FRP building panels deliver unsurpassed performance as industrial roofing and siding. In FRP materials, strength and stiffness is determined by the alignment and amount of its glass fiber reinforcements. For effective reaction and transfer of loads, Tuff Span is constructed with high reinforcing content placed in straight and continuous, bidirectional alignment. As a result, Tuff Span has higher strength and stiffness of any profiled FRP building panel and history of standing up to hurricane winds where aged metal, cementious, and other materials have failed. Providing personnel safety, Tuff Span series 450 is the standard for walkable, FRP roofing.

For demanding structural and environmental conditions, Tuff Span FRP building panels deliver unsurpassed performance as industrial roofing and siding. In FRP materials, strength and stiffness is determined by the alignment and amount of its glass fiber reinforcements. For effective reaction and transfer of loads, Tuff Span is constructed with high reinforcing content placed in straight and continuous, bidirectional alignment. As a result, Tuff Span has higher strength and stiffness of any profiled FRP building panel and history of standing up to hurricane winds where aged metal, cementious, and other materials have failed. Providing personnel safety, Tuff Span series 450 is the standard for walkable, FRP roofing.