Stitching thread - Import export

Multiaxials, known as NonCrimp fabrics are made by one or more layers of long structural fibers oriented along the preferred direction, held in place by a secondary nonstructural stitching thread, fleece, or binder. Quadriaxial fabric is one in which long, structural fibers is oriented in four directions, held in place by a secondary nonstructural stitching thread.

Multiaxials, known as NonCrimp fabrics are made by one or more layers of long structural fibers oriented along the preferred direction, held in place by a secondary nonstructural stitching thread, fleece, or binder. Triaxial fabric is one in which long, structural fibers are oriented in three directions, held in place by a secondary nonstructural stitching thread

Multiaxials, known as NonCrimp fabrics are made by one or more layers of long structural fibers oriented along the preferred direction, held in place by a secondary nonstructural stitching thread, fleece, or binder. Biaxial fabric is one in which long, structural fibers are oriented in two directions, held in place by a secondary nonstructural stitching thread.

Unidirectional ( UD ) fabric is one in which main, long, structural fibers are oriented in one direction, held in place by secondary nonstructural stitching threads. Structural orientation can be in 0 or 90”. Unidirectional fabrics are offering the ability to place fibres in the component exactly where it is required and in the optimum quantity.

Unidirectional ( UD ) fabric is one in which main, long, structural fibers are oriented in one direction, held in place by secondary nonstructural stitching threads. Structural orientation can be in 0 or 90”. Unidirectional fabrics are offering the ability to place fibres in the component exactly where it is required and in the optimum quantity.

Unidirectional ( UD ) fabric is one in which main, long, structural fibers are oriented in one direction, held in place by secondary nonstructural stitching threads. Structural orientation can be in 0 or 90”. Unidirectional fabrics are offering the ability to place fibres in the component exactly where it is required and in the optimum quantity.