the new wood-plastic composites use superior compatibilizers developed in li's laboratory, and an innovative technology for mixing wood and thermoplastics such as nylons, in which the melting
wood-plastic composites, often used for such things as outdoor decking, are one of the fastest growing components of the wood composites industry. some projections have suggested that these products, which were used for less than 1 percent of decking in the mid-1990s, may capture 20 percent of that market by 2010.
wood, plastics, and composites cad dings free architectural wood, plastics, and composites cad dings and blocks for download in dwg or pdf formats for use with autocad and other 2d and 3d design software.
easy to use online tools can also help you estimate the costs whether you use wood or composite wood decking. workability. both wood and composites are easy to cut and fasten using common tools most homeowners have. one area where composites come out ahead is they can more easily be bent by heating them to form curved deck sections.
because wood plastic composite is created from a substance that starts as a paste, it can be molded to almost any shape and size, including arched or bent shapes. that innate flexibility extends to color as well- wpc can be dyed or colored to suit almost any design scheme. from a functional standpoint,
the developed wood plastic composites exhibited less water absorption, linear burning and hardness, higher density than that of natural and mdf wood, and can be used in outdoor structures. view
wood-plastic composites also reduce energy use, since they melt at lower temperatures than typical plastics. perhaps most recognizable as decking materials, wood-plastic composites in fact display an incredibly wide range of potential applications.
wood plastic composite is the combination of plastic, wood flour and other additive, mix consistency together and then extruded or moulded to the required shape. the material is formed into both solid and hollow profiles or into injection moulded parts and products.
wood is added to thermoplastics, causing a whitening or graying of the surface of the composite. wpcs are also usually quite heavy and not as stiff as solid wood. this limits the potential use of wpcs in many structural appli-cations and creates the potential creep or sagging problems, espe-cially in a warm environment. on