WPC flooring is a type of wood-plastic composite flooring, which is a composite material made by mixing wood fibers or wood powder with plastic resin. During the production process, the wood resin produced during the manufacturing of high-density fiberboard is added to recycled plastic and processed through a granulation device to form wood-plastic composite materials. Then, these materials are extruded to complete the production process and finally obtain wood-plastic flooring.
·Professional technicians from Zhongmai conducted on-site debugging
( ↑ The technicians from Zhongmai provided pictures of the on-site debugging and production process...)
·The Zhongmai additives used in WPC flooring
Stabilizer SZ915: Maintains the stability of the system, preventing and inhibiting the possible deterioration (such as decomposition, oxidation, aging, etc.) of the materials during processing, storage and use. Effectively prevents the polymer chains from breaking under high temperatures and avoids material discoloration and brittleness.
Foaming agent MSV-513: Reduces density and weight, regulates insulation and heat retention properties. It forms uniform air bubbles in WPC materials, reducing the floor density, decreasing material usage, and minimizing heat loss.
Foaming regulator S902: Optimizes the foaming process and the performance after foaming of the material, regulates the foaming time and rate, matches the processing rhythm, controls uniform foaming, prevents the foaming agent from concentrating and rapidly decomposing, avoids excessive local gas causing bubble merging or rupture, and enhances the support force of the melt.
Processing aids ↓:
①Plasticizer 3316F: Improves the plasticity and processing fluidity of the material to optimize the production process and product performance. Reduces melt viscosity and friction resistance, thereby enhancing extrusion efficiency, enhancing the plasticity and flexibility of the material, and providing interface lubrication.
②Anti-cracking release agent NCR61: Provides dual functions of anti-shock modification and auxiliary release, optimizing the processing performance of the material and the practical performance of the final product. Absorbs shock energy during the production process, improves low-temperature brittleness, and enhances the impact resistance of WPC flooring. The release agent components can optimize the release performance, reduce interfacial adhesion, reduce mold fouling, and improve production efficiency.
③Enhancer GM605: Significantly improves mechanical strength and rigidity, enhances load-bearing capacity, inhibits creep phenomena, making the sheet less prone to deformation or fracture. Optimizes the interface bonding between wood powder and PVC resin, improves dispersion uniformity, further improves dimensional stability, reduces thermal expansion and contraction effects, and enhances the heat deformation temperature and surface wear resistance.
·The advantages of WPC flooring
Waterproof, moisture-proof, durable and wear-resistant: Made of PVC resin and wood fibers, it has extremely high water resistance and can effectively resist moisture and water penetration. It can be used in areas prone to moisture such as bathrooms, kitchens, laundry rooms, basements, etc., and is also suitable for outdoor environments. Usually, it has a wear-resistant layer on the surface, with high surface wear resistance, which can resist daily wear and tear, furniture movement scratches, and foot friction, and is not prone to scratches, depressions and stains, with a long service life.
Comfortable foot feel, easy installation: Compared with hard floor materials such as tiles or marble, WPC flooring is relatively soft. Walking on it has a certain buffering effect, which can reduce fatigue in the feet and provide a more comfortable walking experience. Generally, it can be installed by splicing or bonding the boards, and the installation process is simple and convenient, and is also suitable for DIY quick installation.
Green and environmentally friendly, diverse in appearance: Using advanced technology, it is made by high-temperature pressing from waste plastics and plant straw, without adding harmful components to the human body, and can be reused and recycled. Some products can also be biodegradable, in line with environmental protection concepts. WPC flooring has rich textures and colors, which can imitate the appearance of natural wood, stone or tiles, such as oak grain, walnut grain, etc., and can meet the aesthetic needs of different consumers, creating an ideal spatial aesthetic effect.
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