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Practical Application Cases and Performance Evaluation of UV Curable Coating Colorants
Practical Application Cases and Performance Evaluation of UV Curable Coating Colorants
1. IntroductionThe global UV curable coatings market has experienced robust growth over the past decade, expanding beyond traditional wood and paper applications into automotive, optical, architectural, and advanced manufacturing sectors. This diversification has been driven by UV coating technology...
Literature
09-09
2026
Technical Principles and Curing Mechanism of UV Curable Coating Colorants
Technical Principles and Curing Mechanism of UV Curable Coating Colorants
1. IntroductionUV curable coatings have emerged as one of the fastest-growing segments in the global coatings industry, driven by their exceptional curing speed, low VOC emissions, and superior performance characteristics. At the heart of every UV coating system lies the colorant — a critical compo...
Literature
09-09
2026
Practical Application Cases and Performance Evaluation of Water-Based Coating Colorants
Practical Application Cases and Performance Evaluation of Water-Based Coating Colorants
1. IntroductionThe global transition toward water-based coating systems has accelerated significantly in recent years, driven by environmental regulations such as the EU's REACH framework, China's GB 30981-2020 standards for industrial coating VOC limits, and increasing corporate sustainabil...
Literature
09-08
2026
Technical Principles and Dispersion Mechanism of Water-Based Coating Colorants
Technical Principles and Dispersion Mechanism of Water-Based Coating Colorants
1. IntroductionWater-based coating colorants represent a critical advancement in the coatings industry, driven by increasingly stringent environmental regulations and growing consumer demand for sustainable products. As the core coloration component in waterborne coatings, these colorants directly i...
Literature
09-08
2026
Comprehensive Analysis of Future Development Directions and New Technical Requirements for Epoxy Res
Comprehensive Analysis of Future Development Directions and New Technical Requirements for Epoxy Res
Epoxy resin cast dry-type transformer, energy efficiency improvement, amorphous alloy, high thermal conductivity epoxy, nano-modification, Class H insulation, intelligent operation and maintenance, fiber optic temperature measurement, partial discharge, digital twin, bio-based epoxy, recyclable, carbon footprint, new power systemSource: Dongguan DENSON Functional Materials Co., Ltd.​...
Literature
09-07
2026
DENSON GT Series Water-Based Color Pigment – Specialized Product Recommendation Guide for Water-Base
DENSON GT Series Water-Based Color Pigment – Specialized Product Recommendation Guide for Water-Base
Water-based toy paints—particularly wood toy paints—impose significantly more stringent requirements on color pigments than conventional water-based industrial paints: the colors must be vibrant and high-gloss; the paint film must not exhibit re-adhesion upon layering; and there are numerous environmental compliance tests with rigorous limit values. The GT Series water-based color pigments are specifically developed to address the three core challenges associated with water-based toy paints— &qu...
Literature
08-24
2026
INK PIGMENT NO. 3 YELLOW (LIGHTFAST YELLOW 10G): CHEMICAL STRUCTURE, PRODUCT PROPERTIES
INK PIGMENT NO. 3 YELLOW (LIGHTFAST YELLOW 10G): CHEMICAL STRUCTURE, PRODUCT PROPERTIES
Accession number:CAS[6486-23-3]; CI 11710Catalog:Acetyl aromatic amine organic pigmentsMF:C16H12Cl2N4O4Molecular Weight:395.20Structural formula:Quality standard:(GB 3680).appearanceYellow powderMoisture content/%≤2.0Oil absorption/%50±5W...
Literature
11-15
2024
Application of chemical structure of No. 43 yellow (transparent iron oxide yellow) in coatings
Application of chemical structure of No. 43 yellow (transparent iron oxide yellow) in coatings
Registry number:CAS[64294-91-3]; CI 77492Structural formula:α-Fe2O3•H2OMolecular Weight:186.69Pigment properties:Transparent yellow powder. The density is 3.5g/cm3, and the particle size is 0.01~0.02μm. The particles are fine, the specific surface area is large, 10 times t...
Literature
11-15
2024
Application of chemical structure of inorganic pigment 46 (Huang Dan) in coatings
Application of chemical structure of inorganic pigment 46 (Huang Dan) in coatings
Accession number:CAS[1317-36-8]; CI 77577Structural formula:PbOMolecular Weight:223.20Pigment properties:Yellow tetragonal powder. The density is 9.53g/cm3. Melting point 885 °c. Boiling point 1470 °c. When heated to 300~450 °C, it becomes lead tetroxide, and when it conti...
Literature
11-15
2024
Pigment for paint No. 4 yellow (Hansha yellow 13G) chemical structure, product properties
Pigment for paint No. 4 yellow (Hansha yellow 13G) chemical structure, product properties
Accession number:CAS[1657-16-5]; CI 11665Catalog:Acetyl aromatic amine organic pigmentsStructural formula:Molecular Formula:C16H14N4O4Molecular Weight:326.31Quality:Yellow powder, bright green yellow after coloring. Melting point 217 °C, insoluble in water.Method...
Literature
11-15
2024
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