Wuhan University of Technology has pioneered a company specializing in the production of… Fiberglass antenna radome This article provides a brief overview of the glass fiber fabrics used as raw materials for our company’s radomes, focusing on alkali‑free, untwisted roving fabrics (GB/T 18370‑2001) and those employed in printed circuit boards. E Fiberglass cloth ( GB/T18373-2001 ) In addition, the physicochemical properties of other alkali-free glass fiber fabrics are determined by JC/T170-2002 Standard specifications (see the table below) 1 ) Tensile breaking strength (see the table below) 2 ).

Table 1

Table 2

1. Plain weave: In this type of fabric, each warp yarn passes under one weft yarn and over the next. Glass fiber fabrics exhibit the greatest crimp, resulting in lower strength compared to satin or twill weaves. This fabric is stiff and resists deformation, making it well suited for manufacturing fiberglass products with simple surface contours, particularly laminates. Fiberglass 。

2. Twill weave is characterized by diagonal ribs that run across the fabric surface. It offers excellent conformability, making it well suited for hand‑layup applications on fiberglass composites with doubly curved or irregular surfaces, while providing high strength in all directions.

3. Satin weave: In this type of fabric, the surface consists almost entirely of either warp or weft yarns. When a single yarn passes over the surface, it may go over three, seven, or eleven other yarns in the same direction. Glass fiber yarns exhibit minimal crimp, resulting in higher strength. Like twill fabrics, satin weaves offer excellent conformability and are well suited for hand lay-up applications involving complex‑shaped surfaces. Fiberglass Product.

4. Unidirectional fabric is a type of fabric in which a greater number of yarns are used per unit width in one direction—typically the warp—while fewer yarns are used per unit width in the other direction—the weft. Consequently, its tensile strength in the warp direction is significantly higher than that in the weft direction, depending on the material used… Fiberglass Product requirements may include pre‑defining the warp-to-weft strength ratio, for example: 4:1, 7:1 Wait.

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