The Group Standard of "Wood-Clad Aluminum Doors and Windows for Passive Low-Energy Buildings" Jointly Drafted by Beijing Kangju Certification Center and Tengmeiqi Technology Was Officially Released.

from:Network date:2022-03-29 reading:1866


On March 28, 2022, the group standard of "passive low energy consumption building wood-clad aluminum doors and windows" (T/CSTM 00481-2022) jointly drafted by Beijing Kangju certification center and tengmeiqi technology was officially released! And will be implemented nationwide on June 24, 2022!

This layouts for standards received strong support from Zhongguancun Material Testing Technology Alliance and received careful guidance from all experts attending the meeting. Here we would like to express our heartfelt thanks!

Tengmeiqi, as a high-tech enterprise rooted in the research and development of door and window curtain wall technology and product promotion in the field of passive architecture, and an industry benchmark in the field of wood-clad aluminum door and window curtain wall in China, has continuously improved the technical specifications of products, enabling scientific and technological progress in the field of passive low energy consumption building doors and windows curtain wall is the goal that enterprises follow.

Teng Meiqi participated in this standard seminar four times in a row on October 21, 202021, January 19, 2021, June 18, 2021, and October 20, 2021, actively participated in and listened to the opinions of various experts in the standard discussion, corrected the problems in the standard in time, and finally completed the final draft of this standard together with Beijing Kangju Certification Center.

Wang Peng, deputy secretary general of Zhongguancun material Test Technology Alliance

zhang Xiaoling, director of Beijing Kangju certification Co., Ltd.

Senior engineer Shi Qing

niu Ying, deputy general manager of Beijing Kangju Certification Center Co., Ltd.

Sun Jindong, director of experimental Center, School of Environmental and Energy Engineering, Beijing University of Civil Engineering and Architecture

he Zhencheng, representative of Yasong polyurethane (Shanghai) Co., Ltd.

Zuo Qun, chairman of Beijing tengmeiqi Technology Development Co., Ltd.

Since its establishment 19 years ago, Teng Meiqi has always attached great importance to scientific and technological innovation, deeply cultivated and subdivided fields, and created a distinctive wood-clad aluminum door and window system, taking the lead in applying natural plant fiber compressed wood to door and window systems worldwide, creating a composite connection mode between European Standard C notch aluminum profile and fiber wood, one of the wood-clad aluminum doors and windows and its processing technology (ZL2014101527816) obtained the national invention patent, which solved the problem that the original wood-aluminum composite doors and windows are easy to absorb water and deform, crack and the hardware is easy to rust, the safety and corrosion resistance of wood-clad aluminum doors and windows have been comprehensively improved, and they play a vanguard and exemplary role in the innovative technology, industrial application, professional service and characteristic development of passive doors and windows and curtain walls.

The introduction of this standard undoubtedly makes basic requirements for wood-clad aluminum doors and windows products, thus promoting the standardized and rapid development of wood-clad aluminum doors and windows for passive low-energy buildings, conforming to the realization of national energy conservation and emission reduction and double carbon goals, the technical specifications of this product will surely bring about scientific and technological progress in the field of passive low energy consumption building windows.

In the future, tengmeiqi will continuously improve and standardize the performance of its own products, play a leading role in the industry, take the lead in implementing standards, and actively respond to the national call for energy conservation and emission reduction, promote the rapid and orderly development of wood-clad aluminum doors and windows for passive low energy consumption buildings.