Chimera Multinational Co., Ltd.
SB4D® Super Bond 4 DWR Treated Fabric Heat Transfer Technology
CH-RH-100SIL-SB4D2.0-PET
Visibility Add-Ons
Composition 100% SB4D® formulation
Functions
Certificates
Product information
Look no further if you want to find a heat transfer solution to combat C0 DWR treated fabrics. SB4D® Super Bond 4 DWR heat transfer technology uses TPU or polyester based proprietary adhesive formulation that creates a chemical and mechanical bond to any DWR treated substrates (light or heavy weight). Many of the existing heat transfer applications are not wash durable in accordance to the requirements of brand customers. Our SB4D® heat transfer technology can endure a minimum of 10 wash cycles using 60°C on manyof the C0 DWR treated fabrics.
All values/information are provided by the supplier and were not verified by PERFORMANCE DAYS. These results were calculated using the Higg MSI 3.3. They were calculated by the supplier and are not third-party verified.
Chimera Multinational Co., Ltd.
A subsidiary of Chance Line Holdings. We are a world class coater of advanced materials and heat transfer applications including PU, PET, TPU, silicone, reflective, glow in the dark, photochromic, and thermochromic technologies with over 18 years of manufacturing experience. Technology business partner to brands and factories worldwide, providing one stop solution in heat transfer logos, cut parts, and various trims. Key technologies: - ECO-HTP® biodegradable water based heat transfer PU - SB4D® heat transfer - SolarCHROME® heat transfer - LIGHTEMIS® elastic reflective yarn - LentigramReflective® heat transfer - ECO-FLASH® water based Reflective Fabric Coating - HYDRO-FLASH® water slide decal reflective transfer Product line: - ECO-HTP® biodegradable water based heat transfer PU - LIGHTEMIS® elastic reflective yarn - ECO-FLASH® water based reflective fabric - HYDRO-FLASH® water slide decal reflective transfer - Hi-Vis, Glow in Dark, Photochromic, & PU heat transfer
Production in
China, Taiwan
Booth
Munich booth L20
