In the modern industrial era, the demand for High-Quality Insulation Powder Coating for Metals has transcended traditional decorative uses. Global manufacturers, particularly in the Electric Vehicle (EV) and Renewable Energy sectors, are seeking specialized epoxy and polyester-based powders that offer more than just corrosion resistance.
Strategic procurement now focuses on Dielectric Strength, Thermal Conductivity, and UL94-V0 Flame Retardancy. As a leading manufacturer, Tianjin SSEART addresses these needs by providing materials that ensure the safety of high-voltage busbars, battery enclosures, and electronic components.
Founded in 2000, Tianjin SSEART New Materials Co., Ltd is a national high-tech enterprise. We don't just sell powder; we engineer solutions. Our collaboration with the Particle Technology and Fluidization Research Group (PRTFC) at Tianjin University, led by fellows of the Royal Society of Canada, places us at the pinnacle of coating technology.
In 2012, we made a landmark decision to eliminate all lead-containing products, setting an industry precedent for environmental responsibility. Today, our "Specialized, Refined, Distinctive, and Innovative" status reflects our commitment to high-performance insulation powder coating for metals.
Our center is equipped with core raw material testing devices to ensure scientific accuracy and dielectric performance validation for every formula.
Transforming complex engineering challenges into streamlined coating processes.
Critical insulation for EV motor hairpins and battery busbars. High dielectric breakdown voltage support up to 30kV/mm.
Protection for ESS (Energy Storage Systems) cabinets and connectors, providing fire retardancy and chemical resistance.
Heavy-duty coatings for agricultural and construction equipment that demand high impact resistance and UV stability.
Ultra-thin insulation layers for consumer electronics, ensuring sleek aesthetics without compromising on electrical safety.
As a drafter of Chinese bicycle coating standards, we provide the world’s leading bicycle manufacturers with durable, vibrant coatings.
Developing low-temperature curing powders (<150°C) to reduce energy consumption and enable coating on heat-sensitive alloys.
The trajectory of Insulation Powder Coating is moving towards "Functional Integration." SSEART is currently focusing on three key technical pillars:
As global regulations tighten on PFAS and other "forever chemicals," SSEART’s R&D is proactively designing the next generation of bio-based powder coatings to further minimize the carbon footprint of our clients.
We provide full documentation for global trade, including SDS (Safety Data Sheets), RoHS lab reports, and REACH compliance declarations. Our products are engineered to pass the most stringent automotive and aerospace audits.
SSEART offers on-site technical support for large-scale procurement partners. Our engineers help optimize your spray line parameters, from electrostatic voltage to oven residence time, ensuring a perfect finish and maximum transfer efficiency.
Bicycles
Fitness
Building
Machinery
Automotive
Powder coating provides a more uniform edge coverage (essential for preventing electrical arcing) and eliminates solvent-related defects. Additionally, it offers superior mechanical toughness and is much more environmentally friendly due to zero VOC emissions.
Yes. While safety standards often dictate specific colors (like orange for high-voltage EV components), we can customize RAL/Pantone shades while maintaining the required dielectric properties.
Our products are ISO9001 and ISO14001 certified. We also strictly adhere to EU RoHS standards, and many of our high-performance coatings are UL-recognized.
Standard curing is between 180°C and 200°C for 10-15 minutes. However, we are now offering "Low-Cure" series that react at 160°C to help our partners save energy.
Every batch undergoes rigorous testing including particle size distribution analysis, gloss measurement, impact testing, and dielectric strength verification before shipment.
SSEART
