2 results about "Glove liner" patented technology

The present invention relates to an arc flash resistant glove (100, 200). The glove (100, 200) comprises a fire resistant glove liner (2), the glove liner (2) consisting of a palm side (3) and a back side (4), the palm side (3) comprising a palm side finger portion (3A), a palm side center portion (3B) and a palm side cuff portion (3C), the back side (4) comprising a back side finger portion (4A), a back side center portion (4B) and a back side cuff portion (4C). The glove liner (2) is provided with a fire resistant coating comprising a fire resistant material, the fire resistant coating comprising: a back side coating portion (5B) having an area of at least 4 cm 2 and being arranged on the back side center portion (4B), and a palm side coating portion (5A) arranged on the palm side (3) of the glove liner (2); wherein the palm side coating portion (5A) covers at least 90% of the palm side finger portion (3A) and at least 90% of the palm side center portion (3B); wherein the average coating weight of the back side coating portion (5B) is in the range of 5-80% of the average coating weight of the palm side coating portion (5A). Also disclosed is an arc flash resistant glove (100, 200) and a method of manufacturing an arc flash resistant glove (100, 200) or a heat resistant glove (100, 200).

The application discloses a production process of a bio-based waterproof and moisture-permeable glove lining material, and belongs to the technical field of glove lining material production. The production process comprises the following steps: PP non-woven fabric and bio-based fiber film are high-temperature hot-pressed through a film laminating machine, and then cooling, shaping, cutting and sewing are carried out to obtain the bio-based waterproof and moisture-permeable glove lining material. The bio-based waterproof and moisture-permeable glove lining material prepared by the application is hot-pressed from PP non-woven fabric and bio-based fiber film. In the double-layer composite structure, the bio-based fiber film of the outer layer is obtained after bio-based PA11 material is subjected to melt spinning, hydrophobic modification and weaving. The bio-based fiber film of the outer layer has a fine and uniform microporous structure with uniform pore size and distribution. Meanwhile, the prepared bio-based glove lining material has excellent waterproof, moisture-permeable and antibacterial properties.