断桥铝门窗的结构小细节。
The structural details of the broken bridge aluminum doors and windows.
欧洲在隔热条的强化物选择上，30年来一直采用玻璃纤维，由于它可以进一步进步隔热条的强度。
In Europe, glass fiber has been used for 30 years in the selection of reinforcements for insulation strips, as it can further improve the strength of the insulation strips.
但在近期，因为相应的法规和尺度尚未健全，而且工程业主对这一新型节能门窗的熟悉深度不足，而导致隔热铝门窗专用隔热条———这一隔热铝门窗的核心结构、功能配件的选用及出产制造比较混乱。
However, in the near future, due to the lack of sound regulations and standards, and the lack of familiarity among project owners with this new type of energy-saving doors and windows, the selection and production ratio of specialized insulation strips for insulated aluminum doors and windows - the core structure, functional accessories, and production ratio of this insulated aluminum door and window - have been relatively chaotic.
一是隔热条基材选择。欧洲的经验和教训已明确肯定隔热条的基材应采用聚酰胺尼龙（PA66）。
One is the selection of insulation strip substrate. The experience and lessons learned in Europe have clearly affirmed that the substrate for insulation strips should be polyamide nylon (PA66).
二是隔热条强化物选择。欧洲定型于玻璃纤维强化尼龙来制造隔热条主要是是基于四个主体原因：复合强度（120N/mm）足够保证隔热条在整窗中的承载受力要求；形状尺寸精度    假如这两种主材料泛起替代或配比偏差（另有一些枢纽辅料不做叙述），那么，以上四个基本前提就必定无法保证，换而言之，那么整窗的寿命与机能也就无法保证了。作为隔热铝门窗的使用者、工程项目的发展商、质量监理、结构设计等与隔热铝门窗相关的业主及工程技术职州苗木 保定通风管道 丝网立柱模具 尼龙输送带 保定空压机 高碑店养老院员是否对隔热条及其作用、重要性不甚了解呢？或者是疏忽大意了呢？我们但愿有关职员能从三个方面予以关注这个题目。
The second is the selection of insulation strip reinforcement. The European standard for manufacturing insulation strips based on glass fiber reinforced nylon is mainly based on four main reasons: the composite strength (120N/mm) is sufficient to ensure the load-bearing capacity of the insulation strip in the entire window; If the accuracy of shape and size is replaced by these two main materials or there is a deviation in the ratio (some hub auxiliary materials are not described), then the above four basic prerequisites cannot be guaranteed. In other words, the lifespan and function of the entire window cannot be guaranteed. As users of insulated aluminum doors and windows, developers of engineering projects, quality supervisors, structural designers, and other owners and engineering technicians related to insulated aluminum doors and windows, are they not very familiar with the role and importance of insulation strips? Or was it due to negligence? We hope that the relevant staff can pay attention to this issue from three aspects.