Near-Infrared
Absorb
At times it blocks heat and at other times it creates heat.
Its high transparency allows it to be used in a variety of applications.
NIR Absorbing Materials
Nanosized LaB₆, CWO™ microparticles and polymeric dispersants are added.
It can be applied to optical components requiring high transparency, such as windows and lenses, because it can be uniformly dispersed in various resins while suppressing the agglomeration of fine particles.
In addition, the absorption of visible light is extremely small compared to that of near-infrared light, and it can also be utilized as a near-infrared absorbing material that is invisible to the eyes.
Functions
Materials
Solutions
-
Prevent
Temperature rise
Preventing High Temperatures in Glass Buildings
-
PICK UP
Enhance
Brightness
Windows That Block Heat While Allowing Light
-
PICK UP
Enhance
Transparency
Preventing Excessive Temperatures in Greenhouses
-
Endure
Chemicals
CWO™ with High Chemical Resistance and Near-Infrared Absorption
-
PICK UP
Absorb
Near infrared
Heating White & Translucent Objects with Sunlight
-
PICK UP
Prevent
Temperature rise
Safely and Inexpensively Cutting Infrared Rays
X-TALK
-
Vol.2
Notoshichi
Sumitomo Metal Mining
For creating the Heat-beat Greenhouse.
CWO™ Product Development Story -
Vol.3
Sumitomo Metal Mining Potential and Future Research and Development of CWO™
-
Vol.5
The Graduate School of University of Yamagata
Sumitomo Metal Mining
Industry-Academia Efforts Realize the Fusion
-
Vol.7 Part 1
Kyodo Printing
Takisada-Nagoya
Sumitomo Metal Mining
CWO™️-Based Textile Revolution Pioneered through Co-Creation by Three Companies
Articles
Take part in X-MINING Contact Us
Ready to get started? Contact us to talk about your requirements.
X-MINING provides updates on SMM's material products and information on participating in events. Please register.
