- 目录
- 新型墙体材料
- 首页
木塑集成木构墙体隔热性能研究
作者：杨小军1，2，郁岗1，孙友富1，唐道远2，唐晓岚1
（1.南京林业大学 材料科学与工程学院，江苏 南京 210037；2.安徽森泰木塑集团股份有限公司，安徽 广德 242200）
摘要：为解决当前木塑建筑存在隔热性差的问题，设计了2类结构木塑集成墙体，并对集成墙体的隔热性能进行了试验研究。结果表明：木塑集成墙体采用框剪结构具有较好的稳定性，能充分发挥木塑材料优异性能；木塑集成框剪单层墙和双层墙均具有较好的热工性能，根据GB 50189—2015《公共建筑节能设计标准》，以20 mm厚木塑为墙板、木塑材料为墙骨柱的木塑集成框剪单层墙体的传热系数为0.414 W/（m2·K），符合墙体热工性能Ⅱt级标准，适用于严寒地区、寒冷地区；以50 mm厚木塑为墙板、木塑材料为墙骨柱的木塑集成框剪双层墙体的传热系数为0.207 W/（m2·K），符合墙体热工性能Ⅰt级标准，适用于严寒地区。
关键词：木塑复合材料；框剪结构墙体；热工性能；传热系数
中图分类号：TU111.4+1 文献标识码：A 文章编号：1001-702X（2019）05-0088-05
Study on thermal insulation property of structural wood wall integrated with wood plastic composite
YANG Xiaojun1，2，YU Gang1，SUN Youfu1，TANG Daoyuan2，TANG Xiaolan1
（1.College of Materials and Engineering，Nanjing Forestry University，Nanjing 210037，China；
2.Anhui Sentai WPC Group Co. Ltd.，Guangde 242200，China）
Abstract：In order to solve the problem of poor thermal insulation in the current wood-plastic building，two kinds of structural wood wall integrated with wood plastic composite（WPC） were designed. And the thermal insulation performance of the walls
was studied. The results showed that the WPC integrated wall with frame-shear structure had good stability，and the excellent performance of WPC could be fully realized. Wall studs and wall panels were important factors affecting the thermal performance of the walls. Wood plastic materials could meet the thermal performance requirements of the walls. The frame shear single wall and double wall integrated with WPC both had good thermal performance. According to "Design standard for energy efficiency of public buildings（GB 50189—2015）"，the heat transfer coefficient of the single wall integrated with 20 mm thick WPC wall boards and WPC wall studs was 0.414 W/（m2·K），which could meet the Ⅱt grade of wall thermal standard and was suitable for severe cold areas and cold areas. The heat transfer coefficient of the double wall integrated with 50 mm thick WPC wall panel and WPC wall studs was 0.207 W/（m2·K），which could meet the Ⅰt grade of wall thermal standard and was suitable for severe cold areas.
Key words：wood plastic composite，frame-shear wall，thermal performance，heat transfer coefficient