摘要
夹心保温技术作为提升建筑热工性能的重要手段,对实现节能环保目标具有重要意义。以某消防训练中心备勤楼为例,系统探讨了夹心保温技术的应用现状及施工工艺,重点分析了非组合式夹心墙板结构设计及其在减少热桥效应、增强防火性能与耐久性方面的优势。研究结果表明,夹心保温技术通过内外墙协同设计与材料优化,可显著减少热量损失,延长建筑使用寿命,为绿色建筑发展提供了理论与实践支持。
As an important means to improve the thermal performance of buildings,sandwich insulation technology is of great significance in achieving energy-saving and environmental protection goals.This article takes the standby building of a fire training center as an example to systematically explore the application status and construction process of sandwich insulation technology,with a focus on analyzing the design of non composite sandwich wall panel structures and their advantages in reducing thermal bridge effects,enhancing fire resistance and durability.The research results indicate that sandwich insulation technology can significantly reduce heat loss and extend the service life of buildings through collaborative design and material optimization of inner and outer walls,providing theoretical and practical support for the development of green buildings.
作者
刘贺
高新
王烁
杨孝峰
Liu He;Gao Xin;Wang Shuo;Yang Xiao-feng
出处
《建筑技术开发》
2025年第4期145-147,共3页
Building Technology Development
关键词
保温节能
房屋建筑
外墙施工
insulation and energy saving
building construction
exterior wall construction
