The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

The fiber volume of the glass fiber round rod, produced in the pultrusion process, is over 60%. The fiber orientation is in the longitudinal direction and is therefore unidirectional.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.

Pultruded glass fiber tubes – manufactured using the pultrusion process, have an unidirectional fiber orientation in the longitudinal direction. Both E-Glass and S-Glass fibers with a fiber volume of approx. 65% are used.In the case of larger diameters, additional fibers are braided as core or cover layers using the pull-winding process. This also improves pressure stability and torsional rigidity.