Anhui toly building energy - efficiencv technology co , . ltd from oversea trust of construction on the energy - saving technology limited public investment and the formation , is a set of product development , product marketing , design consulting , integration in the construction and installation of thermal insulation of external walls of high - tech enterprises 安徽托力建筑节能科技有限公司由上海托力建筑节能科技有限公投资并组建，是一家集产品开发、生产销售、设计咨询、施工安装于一体的外墙外保温的高新技术企业。
Adopt poly phenyl board as heat preservation materials , and the best heat preservation thickness for thermal bridge is ( 25 + 25 ) mm , for outer wall is 25mm . in this way , it can save 50 percent energy , and at the same time introduce heat preservation materials and the way to use it in common . through economy analysis it can be known that building outer heat preservation technology not only save more energy , but also create economic benefit 在分析常见建筑保温特点的基础_ _卜，提出减少建筑耗能量的最佳措施为外墙外保温，利用ansys软件模拟计算并经过经济分析，得出了建筑外围护结构采用聚苯板作为保温材料的最佳保温厚度为热桥部位是( 25 + 25 ) mm ，建筑外墙部位为25mm ，这样即可满足建筑节能50 %的要求，同时一还介绍了常用的保温材料及做法，经过经济分析得出建筑外保温技术不仅能节约较多的能源，同时也创造了较好的经济效益。
The external wall thermal insulation series dispersion products prepared by basf functional polymers division involve latest developed dispersion of base coat and bonding mortar specific for the exterior insulation finishing system , and the dispersion for external wall decoration system ( such as the exterior coating specific for the base plane to process putty , primer and coating decorative surface ) as well as ceramic tile adhesive specific for decorative surface of ceramic tile 巴斯夫功能性聚合物部推出的外墙外保温系列乳液产品，不仅包括最新开发的专用于外墙外保温体系的抹面胶浆和粘结砂浆的聚合物乳液，还包括用于外墙饰面体系的聚合物乳液，如专用于基面处理腻子、底漆和涂料饰面的外墙涂料，以及专用于瓷砖饰面的瓷砖胶粘剂。
On the basis of previous study , the load - bearing characteristics of the wall are analyzed ; heat transfer and thermal - insulating mechanism of the exterior slab are studied ; local thermal bridge disposal and integral thermal - insulating disposal of the exterior slab are put forward ; and finally , the horizontal and vertical links of the slabs in the structure are discussed 结合课题组的前期研究成果，阐述了节能复合墙体结构的受力特点；研究了复合外墙板传热、保温机理，提出了外墙板的局部热桥处理和结构整体外保温处理相结合的工艺方法；最后就本结构体系中各受力构件之间的水平及竖向连接问题进行了探讨。
