NIR960 960 nm Near-Infrared Absorbing Dye for Laser Shielding and Optical Materials

NIR960 is a black-powder NIR-I absorbing dye designed for wavelength-selective absorption around 960 nm. When measured in MC, it delivers a principal absorption maximum of λmax=960±2 nm, with a defined and relatively broad absorption band across the measured 600–1100 nm range.
NIR960 offers flexible solvent compatibility, dissolving in AC, MEK, CYC, EGE, MC, TCM, BZ and TL, and can be evaluated in PC, epoxy, PVC and other compatible polymer systems.
With suitable formulation and optical design, it is ideal for the development of laser-shielding materials, laser-processing components, optical filters, NIR security inks, functional coatings, films and polymer-based optical parts.
Specifications
| Item | Specification |
|---|---|
| Product name | NIR960 Near-Infrared Absorbing Dye |
| Appearance | Black powder |
| Absorption maximum | λmax=960±2 nm in MC |
| Measured spectrum shown | Approximately 600–1100 nm |
| Main absorption region | Near-infrared region, with the principal band centered around 960 nm |
| Solubility | Soluble in AC, MEK, CYC, EGE, MC, TCM, BZ, TL and other compatible solvents |
| Insolubility | Insoluble in EA and alcohol-based solvents |
| Compatible materials for evaluation | PC, epoxy, PVC and other suitable polymer systems |
| Product form | Powder for formulation and material development |
Key Applications of NIR Absorbing Dye NIR960
1. Laser Shielding and Laser Protection
NIR960 can be incorporated into polymer filters, coatings, films and optical components designed to attenuate laser radiation around 960 nm. For laser-protection applications, the final product must be evaluated for optical density, spectral transmission, laser power, exposure time, beam size, coating thickness and thermal behavior. NIR960 dye alone should not be considered a certified laser safety product.2. Laser Processing and Plastic Laser Welding
NIR960 may be evaluated as a wavelength-selective absorber in laser processing and polymer laser welding. It can help manage the absorption of approximately 960 nm laser energy in selected polymer components. Processing performance depends on polymer type, dye concentration, laser wavelength, power, welding speed, component thickness and thermal stability.
3. Optical Filters and Sensor Components
NIR960 can be used in polymer-based optical filters, sensor windows, analytical instruments and functional films to reduce near-infrared transmission around 960 nm while maintaining the desired visible-light performance. Visible transmittance, haze and color appearance should be optimized through formulation and optical thickness design.
4. Security Printing and Anti-Counterfeiting
NIR960 can be formulated into NIR-readable security inks for product authentication, certificates, premium packaging, brand protection and anti-counterfeiting applications. Depending on the ink formulation and dye loading, the printed feature may show low visible contrast while remaining detectable with a suitable near-infrared reader.
5. Functional Coatings and Films
NIR960 can be added to functional coatings and films for near-infrared shielding, optical management, heat-control research and wavelength-selective light attenuation. Potential application areas include automotive films, electronic components, industrial optical materials and specialty polymer coatings.
6. Polymer Modification
NIR960 can be added to functional coatings and films for near-infrared shielding, optical management, heat-control research and wavelength-selective light attenuation. Potential application areas include automotive films, electronic components, industrial optical materials and specialty polymer coatings.
7. NIR Optical and Biomedical Research
NIR960 may be evaluated in NIR optical research, imaging-device development and light-management studies. For biomedical imaging, photothermal research or other biological applications, additional evaluation of cytotoxicity, biocompatibility, purity, formulation safety and regulatory requirements is necessary. NIR960 is not automatically a medical or diagnostic material.
Enhance Your Product Line with High-Performance Infrared Dyes
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