What innovative applications and developments have fiberglass boards had in the 3C field?

1. Low-temperature fast-curing fiberglass
The low-temperature fast-curing semi-cured sheet developed by Poly Innovation Materials has been involved in multiple terminal mass production projects. The molding temperature of Poly Innovation Materials' low-temperature fast-curing fiberglass board is 110℃, and the molding time is 5-8 minutes. It has the following characteristics: 1. Low molding temperature and high efficiency; 2. High flame retardancy, can pass the needle flame test; 3. Can form high-difficulty structures such as perimeter bones and bosses.
2. 3D/2D one-piece skin based on low-temperature fast-curing materials
Poly Innovation Materials has developed a 2D/3D one-piece patch based on low-temperature fast-curing materials. It has been involved in multiple one-piece patch mass production projects. The product has the following characteristics: 1. The material molding temperature is low, and it can be molded with PU skin, silicone skin, etc.; 2. High efficiency, no secondary skinning is required, especially 2D skinning, using a large vacuum hydraulic press, huge production capacity, each furnace can produce 10K 2D skin battery covers, and the daily production capacity is more than 300K, which greatly improves production efficiency and reduces production costs;
3. Based on low-temperature fast-curing Colored fiberglass for materials
Polytech also cooperates with many terminals to develop colored fiberglass based on low-temperature fast-setting materials. It has participated in multiple mass production projects. The products have the following characteristics: 1. The color of the material is consistent with the leather material, and there is no visual discontinuity and color difference in one-piece molding; 2. High coloring efficiency, generally 1~2 different colors can be determined in one day;
4. One-piece molding of wood grain materials based on fast-setting materials
Polytech has developed an one-piece molding process for wood grain materials based on fast-setting materials. The fiberglass board and the wood grain material are molded in one piece, so that the product has a wood grain feel, high molding efficiency and low cost.
5. One-piece 3D/2D molding of nano-ceramics based on low-temperature fast-setting materials
Polytech is also developing one-piece molding of low-temperature fast-setting nano-ceramics, which has the following characteristics: Advantages: 1. The appearance and texture of ceramics, the weight of fiberglass, and the strength of metal. 2. It can be made into a bright surface, a matte surface, and the color is adjustable. 3. The surface can be molded into various optical textures in one piece. Performance: 1. Strong adhesion, 100 grids 5B. 2. The surface hardness is adjustable from 4H to 7H. 3. Fireproof and high temperature resistant. 4. Strong hydrophobicity and large anti-sewage drip angle. 5. Anti-UV, no discoloration, acid, alkali and salt spray resistant. Disadvantages: The material is relatively hard, and CNC profiling requires high-hardness tools and high-speed equipment.
6. Heat dissipation fiberglass
The current conventional fiberglass thermal conductivity should be around 0.3w/mK. Poly New Materials' heat dissipation fiberglass: 1. The thermal conductivity is above 2W/mK, and the heat dissipation effect is more than 300% higher than the current conventional materials; 2. The surface can be subjected to various 2D veneer, nano-ceramics, wood grain and other effects; 3. It has various other properties of fiberglass. 4. It can be used in scenes such as tablets and laptop back covers
The disadvantage is that CNC profiling requires high-hardness tools and high-speed equipment, and 3D molding is temporarily impossible, and because a large amount of thermal conductive materials are added, it can only be made into milky white.
7. Environmentally friendly and recyclable fiberglass material
Environmentally friendly and recyclable fiberglass material composited with bio-based epoxy resin (epoxy soybean oil acrylate, etc.) and fiberglass.
Features: 1. It has various characteristics of fiberglass materials; 2. The resin abandons chemical raw materials and meets the concept of environmental protection; 3. It can be used in various tablets and laptop battery covers.
8. High-transmittance glass fiber
Poly-innovative high-transmittance fiberglass materials have the following characteristics: 1. The light transmittance is more than 91%, which is close to glass; 2. It has the characteristics of high lightness, good toughness, and high insulation of fiberglass boards; 3. Through special surface treatment, the wear resistance is comparable to that of glass.