CSL is a Pulp Molded Products Co., Ltd. whose purpose is to protect the environment. Pulp molding also has many uses in the home.
Pulp molding is a three-dimensional papermaking technology. It uses waste paper as a raw material, and a special mold is used to shape a certain shape of paper product on a molding machine.
1. Improved raw materials; nanostructures usually refer to nano-objects with a material structure in the range of 0-100nm. When the material particles reach the nanometer level, they have quantum size effects, small size effects, surface effects and macroscopic quantum tunneling effects, etc. characteristic.
Because the array structure of nanomolecules is very compact, it can be added to the raw materials of pulp molded furniture, which can enhance the characteristics of the raw materials, improve the density of paper fibers in the pulp, and improve paper fibers such as strength, toughness and good ductility, thermal conductivity, and waterproofing. Resistance and flame retardancy, etc.
2. Improve the appearance and shape; because the nanomolecules can make the loose fiber structure more compact, the surface of the furniture made is smoother and the furniture is thinner. The enhancement of fiber density can improve the load-bearing capacity and the aesthetics of the appearance of the pulp molded furniture. The plasticity of the fibers in the pulp molded furniture is enhanced, and the shape can be more varied.
3.Improve mechanical properties; the use of nanotechnology in pulp molded furniture can improve the plasticity, wear resistance, hardness, strength, etc. of the furniture to a greater extent.
4. Improve waterproof performance; improve the surface hydrophobicity and surface strength of pulp molded furniture through nanotechnology. For example, a new type of nano paper jointly developed by Henan Luohe Yinge Industrial Co., Ltd. and Huazhong University of Science and Technology Nano Technology Research Institute, through the use of super hydrophobic nano Structure layer technology to improve the hydrophobicity and structural strength of the paper surface. The process and equipment are not complicated. The production product has super-hydrophobicity and moisture resistance that similar paper products do not have. It improves the surface strength, reduces the expansion rate, and improves Waterproof performance.
