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Showing posts from May, 2021

WPC|PVC Board Manufacturing During Covid Pandemic

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  WPC/PVC board industry   is largely impacted and forced to even shut down plants. The reported production can be estimated to be around 50 percent due to steep price rise of its raw materials. The entire eco-system of this emerging product category looks jeopardized with no sign of relief for next 2 to 3 months. WPC raw materials prices rising from Rs.75 to Rs.140 in last 6 months, is actually no match for the miniscule rise that industry has passed on. The manufacturing industries have increased the   prices of WPC/PVC boards  by mere 20 percent where as impact is more than market can visibly handle in one go. PVC resin prices are shooting up almost every day, making it impossible for industry to pass on the prices of finished goods on day to day basis. Manufacturers are clear that running plant today is not sustainable, especially on its full capacity. A sharp increase in finished goods prices would be challenging task and also to maintain the products share thus it is wise to eith

Density of WPC Board - Understanding & Facts

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  There are numerous debates happening over Density of WPC Board and it needs to be comprehend with the accurate meaning. Density can be counted as per the mass per unit volume, in general. Now the focus is ‘Density of WPC material should be decided and used based on its type of application. WPC board being used in furniture making with 0.55 or 0.60 density are quite adequate. PVC/ WPC boards are used in furniture producing with ‘Screw & Solvent’ method, where solvent bonds PVC materials. Screws also can be used with PVC/WPC board, which will be weld with solvent (Cyanoacrylate) material and creates hard grip between screw and WPC board. As time passes and screw gets loosen rarely, in this circumstance you can take a tiny piece of PVC/ WPC material, weld it with Cyanoacrylate material and screw it again at the same place. Furthermore, maintenance of WPC material like this is very easy process. In the above discussion, the most important aspect is ‘Density’, where people are getting

Role of WPC Board in Interior Designing

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Wood Plastic Composite boards and flooring material offer various, new and unique advantages over the older materials such as wood, plywood that were used for interior designing projects earlier. The WPC board can be treated with colorants and hence can provide many attractive designs that are attractive for the eyes as well. Here are some unique safety-related benefits that only the WPC board can assist. Excellent water resistance Many interior designing projects require boards, floorings and other products that have excellent water resistance characteristic. A  WPC board  can overcome all its competitors in this regard as it can offer excellent resistance to water. This is because of its inherent micro composition, density and cell structure. The WPC Interior designing products used in  toilet, bathroom, kitchen, and other residential areas can cater their purpose for a long time, while preserving the beautiful, aesthetic appeal. Best value for money Consumers today want the best val

WPC Board for Furniture

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  Wood is a most used material in interior design, but it's water absorbency regulates its use in bathrooms & kitchens, where natural wood easily becomes discolored or moldy.    In response, scientists and material manufacturers have developed a wood-polymer composite board for furniture that is resistant to humidity and has low flammability. Resource-saving, 100% recyclable Wood -Polymer Composites (WPCs) are the latest trend in materials for garden furniture and other outdoor applications, especially for terrace decking and also for weatherboarding and fencing panels. These boards are made of around 60 percent wood particles and 40 percent thermoplastic material, generally polypropylene or polyethylene. Both wood and plastic components can be sourced from recycling streams. Moreover, the pressed WPC boards produced by our company are formaldehyde-free. The controversial question of formaldehyde emissions due to the binder used in conventional pressed wood products is therefor