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SW silicone ink insulation board and SW silicone ink exterior wall insulation integrated technology
SW silicone-based exterior wall insulation saves energy by more than 85%, and has the same life as a building.
Type
Building insulation system
Tags
Sustainable building
Building materials
Solution maturity
Mass promotion / Mass production
Cooperation methods
Marketing
Applicable industry
Construction industry
Applications
Energy conservation and emission reduction
Key innovations
SW silicone inks are integrated with the structure to achieve the same life span as the building and are free of replacement. They greatly improve energy-saving performance and reduce energy consumption throughout the life cycle. They have a unique integrated process that is free of mold removal/reverse pressing.
Potential economic benefits
The system achieves up to 85% building energy savings and significantly reduces operating costs. It has the same life as a building, saving the huge renewal cost and energy consumption that needs to be replaced for 25 years.
Potential climate benefits
Through efficient insulation, the system can reduce building energy consumption by more than 85%, significantly reducing carbon emissions during the building operation period. It has the same life as a building, free replacement can save energy consumption generated by material production and renewal, and further reduce carbon emissions.
Solution supplier
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Shanghai Shengkui New Building Materials
Shanghai Shengkui New Building Materials
Shanghai Shengkui New Building Materials Co., Ltd.: Focus on the research and development and supply of innovative environmentally friendly building materials, empowering modern buildings to achieve efficiency and sustainability.
China
Solution details

SW silicone olefin exterior wall insulation integrated system solutions include non-mold insulation system solutions and reverse pressing integrated insulation prefabricated component system solutions. SW silicone lemene mold-free insulation system process: construction preparation → positioning and laying out → installation of insulation boards → adjustment of templates, installation of docking bolts and back flanges → acceptance → symmetrical concrete pouring in layers → removal of inner formwork and outer primary and secondary back flanges → Finished product maintenance → wall scraping and leveling → finishing layer construction. The process of reverse punching integrated insulation prefabricated component system: erecting molds → cutting insulation boards → installing connecting pieces in reverse → laying insulation boards → plate seam treatment → binding steel bars → binding connecting pieces → installing embedded parts and then distributing materials → removing molds → lifting → installation → surface layer construction. Performance indicators of SW silicone ink insulation template: thermal conductivity (25℃), W/(m·k) ≤0.054; dry density: 160-220kg/m3 (GB/T5486); Impact resistance: After 10 impact tests, there is no crack on the board surface (JG/T 159); compressive strength ≥0.30 MPa (GB/T5486); tensile strength perpendicular to the plate surface ≥0.20 MPa (GB/T 29906); compressive elastic modulus ≥20000 kPa (GB/T 8813); flexural load ≥3000 N (GB/T 19631); bending deformation ≥6 mm (GB/T 10801.1); volume water absorption ≤6%(GB/T5486). As one of the key technical measures for long-term reliability in ultra-low energy consumption building projects, it is combined with other technical measures to achieve building energy saving of 85% or more; insulation and structural integration has the same life as buildings; compared with existing building energy-saving materials and systems, the vast majority of 25 years of life needs to be updated after expiration. The silicone insulation and structural integration system does not need to be replaced, which can save energy consumption generated during the renewal process; In existing building energy-saving renovation projects, we will help achieve building energy conservation of 50% or more.

Last updated
06:48:42, Nov 05, 2025
Information contributed by
Green Technology Bank

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