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About Us
China's Source Manufacturer of Powder Coating Additives
Yin Cai Technology Co., Ltd. was founded in 2006, Yin Cai Technology specializes in the production of powder coating additives. Our product line includes:
Matting agents,Leveling agents,Curing agents,Texturing agents,Specialty additives and Acrylic resins.
Production Facility
Our 30,000-square-meter manufacturing plant is located in a provincial chemical park, equipped with:
- Standardized workshops
- 30 stainless steel reaction kettles
- A 2,300-square-meter R&D center staffed by dedicated researchers
- Recognized as a pioneering manufacturer of powder additives in China
Global Reach
- 10 sales offices across China
- Multiple overseas distributors
- 40% of production exported
Corporate Philosophy
"Diligence, dedication, perseverance, relentless improvement—we strive for excellence in advancing China's powder additive industry!"
Founder Introduction
Liu Yincai
Founder of Yin Cai Technology, Liu Yincai: Graduated in 1990 from Wuhan Institute of Chemical Technology (now Wuhan University of Engineering) with a major in Organic Chemical Engineering. Since then, he has dedicated 35 years to the powder coating industry—the first 15 years focused on powder coating technology, followed by 20 years specializing in powder additive technology.
As the author of Practical Production Technology of Powder Coatings, he has led R&D for numerous additive products. Known for his perseverance, dedication to innovation, and relentless pursuit of excellence, he continues to drive advancements in the field.
The company has a history of 20 years.
The company has a 20-year history
Plant area
Production workshop area
30 sets of stainless steel reaction kettle
Stainless Steel Reactor
Company R & D Building Area
R&D building area of the company
Characteristics
Company characteristics
China powder coating additives source production plant, focus on the industry for 20 years.
Garden factory located in provincial chemical park
Powder additives source production plant
Garden factory located in provincial chemical park
Powder additives source production plant
Garden factory located in provincial chemical park
Powder additives source production plant
Garden factory located in provincial chemical park
Powder additives source production plant
RESEARCH AND INNOVATION
R & D innovation
Application technology and process control of pigment in production
This paper outlines key performance indicators (KPIs) and classification criteria for pigments, including hiding ability, weather resistance, and dispersion property. Comparative tables illustrate the application characteristics of different pigment types. The text provides detailed explanations of the three production methods—dry mixing, bonding process, and melt extrusion—along with their applicable scenarios and critical process control points. Furthermore, it addresses common issues such as color mottling, uneven metallic effects, and poor pigment dispersion, detailing their causes and effective solutions.
Effect of production process on matting powder
This paper discusses the matting powder processed by the process of batching, pre-mixing, melting and mixing extrusion, cooling and tablet pressing, fine crushing, classification and sieving, packaging. Through the study and analysis of the characteristics of various processes, the influence of matting powder gloss is summarized.
Anti-clumping properties of Silica and Alumina C in powder coatings
This study compares the effects of silica and alumina C on anti-agglomeration in powder coatings, storage performance of powders, and coating appearance. The addition of silica and alumina C requires external force to disperse them into the powder matrix, which significantly enhances powder storage efficiency and results in superior coating quality.
Cause of pinhole in powder coating polyester and how to improve it
The anti-interference and anti-pollution ability of polyester resin in powder coating is different, which mainly depends on the amount of isophthalic acid and ethylene glycol used, which represents the ability of anti-pollution of this polyester. This paper propose a solution of how to balance the cost and the ability of anti-pollution.
Study on preparation and application of dot-patterned powder coating
Dot-pattern powder coatings, renowned for their diverse color palettes, layered textures, vivid hues, and sophisticated appearance, are extensively utilized in surface decoration applications such as premium profiles, hardware furniture, crafts, and marble-effect finishes. These coatings combine superior physical properties with decorative appeal, making them a market hotspot. Early dot-patterned powder products faced challenges in particle size distribution, Issues such as inconsistent density and electrostatic properties often lead to problems like uneven surface distribution (sparse upper points vs. dense lower points), poor powder reusability, and compromised construction quality, significantly reducing material efficiency and hindering large-scale adoption. Drawing from years of practical experience in producing dot-pattern powder, this article elaborates on raw material selection, preparation techniques, and application guidelines for dot-patterned powder. By facilitating knowledge exchange among powder industry professionals, we aim to enhance both product quality and construction stability in dot-pattern powder applications.
Discussion on preparation technique of metal effect thermosetting powder coating for aluminum sheet
As a premium architectural cladding material, aluminum panels are extensively utilized in curtain walls, ceiling systems, and interior/exterior decorative applications. Their exceptional durability, lightweight construction, and adaptability are made possible by high-performance surface coatings. Metal-effect powder coatings not only deliver versatile color options (including silver-white, champagne gold, bronze, and black sand-textured finishes) but also create distinctive metallic textures, shimmering effects, and three-dimensional depth. These enhancements significantly elevate the decorative value and commercial value of aluminum panels. The core challenge in the preparation of such coatings is how to achieve stable, uniform and gorgeous metal visual effects while ensuring mechanical properties, weather resistance and corrosion resistance of the coating.
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