White garbage can be turned into thermal insulation materials
the components of Shanxi Yuanping water are absorbed into hydration products. Kang Jitian, director of Tongda roof glue Distribution Office, successfully developed light thermal insulation building materials with waste plastic bags, boxes, paper and other white garbage pollutants. A few days ago, he was pleased to receive the test report from Shanxi Academy of Building Sciences on the KGT light multifunctional thermal insulation building materials developed by him, which has worked in the testing process. Its density, compressive strength and thermal conductivity have reached the national standards for similar products, showing special environmental protection significance and practical value
in recent years, plastic bags and boxes that can be seen everywhere have not only brought people a lot of convenience in shopping and life, but also left a lot of serious white pollution for the society. According to information, China's annual domestic waste reaches 100 million tons, of which plastic products account for 1/3 of the volume. Coupled with the proliferation of other plastic pollutants, a more amazing white disaster is formed. There are also new potential pollution hazards in the use of incineration and landfill measures, which is very difficult to eliminate. In the face of this environmental protection problem, those engaged in roof glue can be assured to buy! Kang Jitian, who produces and sells, began to pay attention to it as early as 8 years ago and is determined to open up a way to turn waste into treasure, and China's electrical and electronic industries also have great potential. To this end, he has invested 70000 yuan to purchase equipment, instruments and reagents, and just overcome difficulties such as foaming and fine adhesion with perseverance, and finally embraced the joy of success. This light heat preservation building material has the functions of heat preservation and heat insulation for roofs, walls, balconies and various containers and pipelines. It can reduce the cost by about 30% compared with similar building materials, and shows the characteristics of light weight and more remarkable heat preservation performance
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