A new type of environmental protection plate engineering-grade nano WEP high-fiber resin powder is used for polymer principle reduction. It is made by adding renewable plant fiber materials such as straw, wood powder, bamboo powder, etc., adding a special aldehyde-free, environmentally-friendly whole food grade mixed formula, and compounding with high-temperature and high-pressure heavy equipment through world-class new environmental protection continuous pressing plate equipment independently developed by independent intellectual property rights.
Basic introduction Chinese name: environmental protection board mbth: environmental protection board features: good stability, high strength, environmental protection and so on. Scientific name: Strengthening resin plate product information, product features, product structure diagram, product specifications, product differences, surface treatment technology, scope of application, use of environmental protection board, keeping laminated materials away from formaldehyde, European pine board comparable to natural wood, product information Product name: formaldehyde-free, zero-carbon waterproof, fire-proof and environmental protection board Product name: Strengthening resin plate synthesis principle also has excellent processability and surface decoration performance, which is suitable for various surface treatment and mechanical processing and can be widely replaced. Product features: 1, waterproof, moistureproof 2, anti-deformation, anti-expansion, anti-mildew, anti-corrosion, acid and alkali resistance 3, anti-bending, anti-warping, anti-cracking 4, environmental protection, formaldehyde-free, odorless 5, fire prevention (reaching Bf 1 level) 6, renewable resources 7, wear resistance, scratch resistance, and so on. No radiation meets the requirements of Class A decorative materials in GB6566-20 10 "Radionuclides in Building Materials * * *", and it can be planed, sawed and nailed, with wood processing performance 1 1, termite and moth prevention 12, with wide application range and no restrictions. The product structure diagram has higher technical standards such as formaldehyde-free, waterproof and fireproof, and has the function of sustainable recycling and processing of plates. Product specification: 1220× 2440× (6 ~ 25) ㎜ Product difference: The formaldehyde-free zero-carbon waterproof, fireproof and environmentally-friendly decorative board has many essential differences from other decorative materials in wood-based panels, such as density board, high-density board, beta-resistant board and multi-layer board, and has unique functions and advantages. 1. Material difference: the formaldehyde-free zero-carbon waterproof, fireproof and environmentally-friendly decorative board is mainly made of recycled raw materials such as recycled resource reinforced resin glass fiber powder, crop straw powder, industrial wood powder and self-developed formaldehyde-free environmentally-friendly adhesive, which is pressed by advanced new technology. Other boards are mainly made of wood, and are processed by melamine urea-formaldehyde resin and phenolic resin containing aldehyde, amine and benzene. 2. Process difference: The production process of aldehyde-free, zero-carbon waterproof, fireproof and environmental protection decorative board is based on international patent technology, advanced continuous plate production technology and the world's most advanced computer-controlled high-speed mixing system, which ensures the recycling function of later products. The computer servo tracking and monitoring paving technology with independent intellectual property rights and the internationally initiated aldehyde-free formula for plate synthesis have reached a higher product level: aldehyde-free, zero-carbon, waterproof, fireproof, renewable and recyclable. 3. Use difference: Compared with traditional boards, formaldehyde-free and zero-carbon waterproof, fireproof and environmentally friendly decorative boards are more widely used. 4. Differences in product standards: The formaldehyde-free, zero-carbon waterproof, fireproof and environmental protection decorative board is completely designed and produced by using international patented technology and environmental protection standards, which has higher technical standards in formaldehyde-free, waterproof and fireproof, and can have the function of sustainable recycling and processing of the board, which is the most essential difference from the traditional artificial medium density board, particleboard, high-density board, multi-layer board and anti-overlapping board. Surface treatment process 1, coated melamine paper 2, coated natural wood veneer/craft wood veneer 3, coated thin natural marble 4, printed wood grain with UV paint 5, application scope of surface spraying. Compared with traditional boards, formaldehyde-free and zero-carbon waterproof, fireproof and environmentally friendly decorative materials are more widely used. It can be used in waterproof functional areas, fire functional areas, outdoor functional areas, acid and alkali resistant areas and other special places. Examples: floor substrate, composite floor substrate, composite marble slab substrate, composite ceramic tile substrate, indoor hanging board, door panel, cabinet board, bathroom cabinet board, furniture board, decorative board, container floor, etc. According to industry sources, whether the large core board is environmentally friendly has a great relationship with whether the glue used in the production process is environmentally friendly. Because the main raw material of wood-based panel products is urea-formaldehyde resin as an adhesive, this adhesive is easy to obtain, low in price, relatively simple in production process and convenient to use, so it is the core raw material product that wood products rely on for a long time. Since the 1960s, foreign countries have begun to study and solve the pollution problems caused by formaldehyde emission. Among them, Europe, Japan, the United States and other developed countries and regions have formulated strict formaldehyde emission standards in the 1990s. Through the continuous progress of technology, it has gradually reached the industry norms of European E-class standards and Japanese F-class standards. Laminate, a kind of laminated material made of solid wood, is far away from formaldehyde and is expected to be a substitute for wood-based panels such as large core boards. According to reports, this kind of integrated board is made of imported Alaska spruce, cut into strips with different lengths, and spliced by the internationally popular technology-finger joint. Because its entire substrate is solid wood strips, the adhesive is only used for bonding between solid wood strips, and the international environmental adhesive is used. The highest formaldehyde content is only 2mg/ 100g, which is far lower than the national standard A grade environmental protection decorative board. It is understood that this kind of integrated board is used in buildings and home decoration in Europe, America, Japan and other countries. Although it is more expensive than artificial boards such as large core boards, it is not much higher than materials such as large core boards in terms of comprehensive indicators. When using the large core board, it is necessary to carry out surface treatment, veneer, polishing and other processes according to the actual use situation, so the cost of the finished product made of the large core board is not low. However, this kind of integrated board has smooth surface and beautiful spruce pattern, and can be painted directly without polishing and pasting to make decorative boards, furniture and so on. So the production cost has not increased much. European pine boards are comparable to natural wood. There is another upgraded product of large core board on the market-"European pine board". It is understood that European pine board, collectively referred to as o *** internationally, is a new type of structural decorative board and the fastest-growing board in the world. It uses fast-growing thinning pine as raw material, and grows wood shavings of 40- 100 mm, 5-20 mm in width and 0.3-0.7 mm in thickness by special equipment, and then it is made into a new-type wood-based panel by drying, screening, degreasing, sizing, directional paving, hot pressing and other processes.