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Different Types of Waste Melamine Impregnated Paper (MIP) in Particleboard Manufacturing

机译:不同类型的废物三聚氰胺浸渍纸(MIP)在刨花板制造中

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Two different types of waste melamine impregnated paper (WMIP) were generated in the manufactured coated board product plants. First one is obtained when the neat décor papers were impregnated (in the impregnation line) with melamine urea formaldehyde and other chemicals (WMIP1). The second one is generated during the coating of the melamine impregnated papers on the board surfaces (WMIP2). In this study, the utilization of both WMIPs in the production of particleboard as an adhesive- replacement was investigated. First, waste melamine impregnated papers (WMIPs) granulated into flour form using Pulverizator with cooling capabilities. Then, they were dry-mixed with surface and core layer particles at 10% or 15% loadings. Three different WMIPs (WMIP1, WMIP2 or their mixtures - 70% WMIP1+30% WMIP2) were used as adhesive-replacement. Mechanical properties including bending strength, modulus of elasticity, internal bond strength and surface stability of the samples were determined according to EN 310, EN 319 and EN 317 standards, respectively. Based on the results, the type of WMIP had significant effect on all mechanical properties investigated. Particleboards produced with both 10% and 15% of WMIP1 loading provided adequate results for the related standards. The best result was obtained when 15% of WMIP1 was used. It is concluded that WMIP1 might be used as an adhesive-replacement in particleboard manufacturing and may provide economic and environmental benefits.
机译:在制造的涂层板产品植物中产生了两种不同类型的废物三聚氰胺浸渍纸(WMIP)。当用三聚氰胺脲甲醛和其他化学品(WMIP1)浸渍纯净的装饰纸(在浸渍管线中)时,获得第一。在涂覆在板表面(WMIP2)上的三聚氰胺浸渍纸的涂层期间产生第二个。在这项研究中,研究了WMIPS在刨花板中作为粘合剂替代的生产中的应用。首先,使用具有冷却能力的粉碎机造粒成面粉形式的废物三聚氰胺浸渍纸(WMIPS)。然后,将它们与10%或15%负载量的表面和芯层颗粒干混干燥。三种不同的WMIPS(WMIP1,WMIP2或其混合物 - 70%WMIP1 + 30%WMIP2用作粘合剂替代品。根据EN 310,EN 319和EN 317标准,测定包括弯曲强度,弹性模量,样品的内键强度和表面稳定性的机械性能。基于结果,WMIP的类型对研究的所有机械性能有显着影响。用10%和15%的WMIP1负载产生的刨花板为相关标准提供了足够的结果。当使用15%的WMIP1时,获得了最佳结果。得出结论,WMIP1可能用作刨花板制造中的粘合剂替代品,并可提供经济和环境效益。

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