Automobile sun visor heat sealing machine is mainly suitable for the following materials:
1.PVC fabric: PVC (polyvinyl chloride) fabric is often used to make car visors because of its good flexibility and weather resistance. Heat sealers can effectively fuse PVC fabric with other materials to form a strong and beautiful visor.
2.Non-woven fabric: Non-woven fabric is a non-woven fabric with the characteristics of lightness, breathability, and environmental protection. Car visor heat sealers can fuse non-woven fabrics with other materials such as plastic sheets to make visors that are both light and durable.
3.Knitted fabric: Knitted fabric is woven from yarn and has good elasticity and breathability. Heat sealers can fuse knitted fabrics with plastics or other synthetic materials to make car visors to meet different sunshade and aesthetic needs.
4.Synthetic leather and artificial leather: These materials are often used in car interiors, including visors. Heat sealers can fuse them with plastics or other materials to achieve a combination of beauty and durability.
5.Plastic sheets: including PP (polypropylene), PE (polyethylene), PC (polycarbonate), ABS (acrylonitrile-butadiene-styrene) and other plastic materials. These plastic sheets have good processing performance and plasticity, and are suitable for making car sun visors. The heat sealer can fuse these plastic sheets together to form sun visor parts of various shapes and sizes.
The car sun visor heat sealer is also suitable for film materials containing more than 30% PVC/TPU components, as well as double-sided blister packaging materials such as APET, PETG, GAG, etc. These materials can form a good welding effect during the heat sealing process to ensure the strength and durability of the sun visor.
The car sun visor heat sealer has a wide range of applications and can meet the production needs of car sun visors of different materials and shapes. When choosing a heat sealer, users should choose according to specific production needs and material types to ensure the compatibility and production efficiency of the equipment.