Can the plastic nose bridge wire be added with modified polymer materials?


       Since the new crown epidemic, in order to cope with the shortage of domestic mask supply, in addition to traditional mask manufacturers resuming production and expanding production, many companies have expanded their production and switched to production of masks. However, the shortage of the nose bridge wire of masks has severely restricted production capacity. Ascension, for the human community facing COVID-19, we should do what the people need.

       The nose bridge wires of masks on the market are roughly divided into iron core nose bridge wires, all-plastic nose bridge wires, and aluminum nose bridge wires.

        The metal materials of the iron core and aluminum nose wires must be specially treated to meet medical standards. This material has good bending effects, but due to the sharp corners of the metal, it may cause damage to the human body, and more importantly, due to the metal materials and non-woven materials. When cloth polypropylene materials are mixed together, the separation and recycling of discarded masks after use becomes difficult, which is not conducive to environmental protection.

        In addition to the advantages of the current nose bridge wire, the all-plastic nose bridge wire also has the excellent performance of bending and deforming with the action of external force, losing the effect of external force, not rebounding, and maintaining the existing shape. It does not contain metal materials and can be combined with non-woven fabrics. The materials are similarly fused. After use, it is recycled and reproduced into non-hazardous plastic products, which improves the efficiency of recycling and makes a beneficial contribution to the protection of the environment.

        Due to the increased awareness of environmental protection, the world market has a strong demand for environmentally friendly nose wires that are less polluting and easy to recycle.

        The all-plastic nose bridge wire can be modified and produced by using polymer materials as the base material. It is halogen-free, ortho-benzene-free, and plasticizer-free. It meets the environmental protection requirements of Rosh, REACH, etc., and is specially used for masks (especially disposable medical masks, Medical surgical masks, N95 and other high-level requirements) in the nose bridge wire or other polymer composite materials that require the production of shaped product accessories.