Fiberglass composite wall-protective mesh

玻璃纤维复合护帮网

Abstract

本实用新型公开了一种玻璃纤维复合护帮网,由条状塑料编织而成,所述条状塑料内沿所述条状塑料的轴线方向上设有玻璃纤维丝。其是将现有的钢塑复合护帮网内的钢丝替换成了玻璃纤维丝,由玻璃纤维丝和钢丝的性质可知:同规格的玻璃纤维丝相对于钢丝更易裁剪,从而降低了裁剪的劳动强度,且在将各张玻璃纤维复合护帮网粘合成一张玻璃纤维复合护帮网时,玻璃纤维丝之间的热熔粘合相对于同规格的钢丝之间的焊接更易于粘合,且粘合牢固。因此,本实用新型的玻璃纤维复合护帮网易于裁剪、易于粘合且粘合后强度较高。
The utility model discloses a fiberglass composite wall-protective mesh, which is manufactured by plastic strips through weaving, and a fiberglass yarn is arranged in each plastic strip along the axis direction of the plastic strip. The fiberglass composite wall-protective mesh is characterized in that the mesh is formed by that steel wires in an existing steel-plastic composite wall-protective mesh are replaced by fiberglass yarns, and the properties of the fiberglass yarns and the steel wires show that: compared with the steel wires, the fiberglass yarns (the specification thereof is same as that of the steel wire) are easier to cut, thereby reducing the labor intensity for cutting, and when a plurality of fiberglass composite wall-protective meshes are bonded to be a fiberglass composite wall-protective mesh, compared with the welding between the steel wires, the bonding between the fiberglass yarns (the specification thereof is same as that of the steel wires) through hot melting is easier to be implemented, and the bonding is firm. Therefore, the fiberglass composite wall-protective mesh of the utility model is easy to cut and bond and is high in strength after bonding.

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