Warmframe^® Technology

Warmframe^® Technology is the inventor of high performance facade thermal break blanket technology and global leading brand of thermal break blanket system solution provider. Worldwide, we own many invention patents regarding facade thermal break technologies, including 13 international patents and 12 national patents. Warmframe Technology is the Platinum sponsor of AIA (the American Institute of Architects), American National Fenestration Rating Council Certified Simulator, and we have more than 400 landmark facade project references around the world. In Asia, our recent awards of green and sustainable design buildings include: 2019 and 2020 BREEAM Asia Awards, 2018 MIPIM Asia Awards, 2018 Times Innovation Awards, China first BREEAM 4-star certification for office building, China first BREEAM 4-star certification for residential building, LEED and WELL dual gold certificated office buildings and etc. The staff of Warmframe^® Technology is the active committee member of China Building & Construction Standards including <Technical specification for application of vacuum insulation panel for buildings> and <Design standard for super-tall buildings>.

The unique and innovative technologies invented by Warmframe^® Technology (Beijing) Limited Company are all called “Warmframe^® Technology”, which means these technologies belong to Warmframe^® Technology (Beijing) Limited Company, and Warmframe^® Technology (Beijing) Limited Company owns the “Warmframe^® Technology”. Warmframe^® Technology (Beijing) Limited Company owns the following innovative technologies: High performance energy saving composite insulating glass technology, curtain wall shadow box technology, highly energy-efficient thermal insulating fenestration technology, facade thermal break technology, high performance material analysis, testing and application, and many sustainable innovative technologies and designs.

Warmframe^® is a brand new word to the Curtain Wall Industry. Generally speaking, Warmframe^® is a novel and high performance thermal break technology for building envelopes.

Since the thermal conductivities of the metal frames of facades are usually quite high, for example, the thermal conductivity of aluminum alloy is 160.00 W/(m∙K), thermal break materials with much lower thermal conductivities are usually placed in between the metal frames to provide better thermal performance. The traditional thermal breaks include: polyamide (nylon), polyurethane (PU), EPDM and etc. The thermal conductivities of these materials are about 0.25 W/(m∙K), which is much lower than the metals. However, the thermal conductivity of the High Performance Thermal Break Blanket is typically no larger than 0.019 W/(m∙K), which is less than one tenth of the traditional materials. In another words, the efficiency of the thermal loss thru the High Performance Thermal Break Blanket is more than 10 times better.

Warmframe^® technology is to mechanically fix the High Performance Thermal Break Blanket, such as Warmframe^® 1000 in between the interior and exterior metals. If properly designed, it may be combined smoothly with the existing facade system and maximized its advantages, such as thin profile, super high thermal performance, excellent water repellent and easy processing. Should Warmframe^® technology is adopted, it may contribute to reduce the thermal transmittance of curtain wall frames (Uf) significantly, and improve the overall thermal transmittance of curtain wall (Ucw) eventually. Meanwhile, the condensation risks happen thru the frames are minimized to the lowest level. Warmframe^® simplifies the detail of thermal break and encourages mechanical fixing, which resolves most of the concerns regarding structural safety.