Barium Sulfate Powder B5000 is a high-performance functional filler for architectural coatings (latex paint, waterproof coatings). Owing to its ultra-fine particle size, high whiteness, low oil absorption, chemical inertness, and high refractive index, it excels in improving film quality, optimizing application, and reducing costs while increasing efficiency.

Talc Powder (Hydrated Magnesium Silicate) is a commonly used functional inorganic filler in architectural coatings (waterproofing, latex paint). Owing to its flaky layered structure, chemical inertness, low hardness, and high whiteness, it plays a significant role in improving coating performance, optimizing application, and reducing costs.

It can improve the hiding power, scrub resistance, and application leveling of coatings, enhance the density and adhesion of waterproof coatings, improve storage stability, reduce costs and increase efficiency, and is suitable for waterproof and latex paint systems.

High-purity, general-purpose, ultra-fine ground barite powder. It features extremely strong chemical inertness, acid and alkali resistance, corrosion resistance, high density, and dense packing. It is a high-quality functional filler commonly used in industrial anti-corrosion primers, intermediate coatings, and heavy-duty anti-corrosion coatings.

High-purity talc powder, featuring a typical layered crystal structure, strong chemical inertness, acid and alkali resistance, and high temperature resistance, is a classic general-purpose functional filler for industrial anti-corrosion primers and intermediate coatings.

The two types are cost-effective functional fillers commonly used in industrial anti-corrosion coatings. The numbers indicate ultra-fine grades, with finer particle sizes and excellent dispersibility, making them suitable for general formulations of primers and intermediate anti-corrosion coatings.

The modified powders are all surface-activated modified talc powders specially designed for automotive interior and exterior applications. Featuring excellent dispersibility, strong compatibility, and stable performance, they are suitable for the modification of various rubber and plastic substrates used in automotive interiors and exteriors. As high-performance inorganic fillers commonly used by automotive OEMs and their suppliers, the three models are differentiated in positioning to cover interior and exterior needs across different grades and operating conditions.

Talc masterbatch is a core supporting material for rubber and plastic parts in automotive interiors and exteriors. It is made from high-purity talc powder combined with specialized resins and dispersing aids, processed through high-temperature internal mixing and pelletizing. Compared to pure talc powder, it offers advantages such as dust-free operation, uniform dispersion, good compatibility, and convenient processing, making it suitable for the mass production needs of various rubber and plastic parts for automotive interiors and exteriors.

The full series consists of high-purity lamellar talc powder. Leveraging its layered shielding, toughening and reinforcement, temperature and weather resistance, and dimensional stability, it is suitable for automotive plastic modification, interior and exterior trim coating, and injection/extrusion of rubber-plastic parts. It is a common inorganic functional filler used by automotive OEMs and their suppliers.

A high-dispersion, high-rigidity, low-warpage modified talc powder specially developed for home appliance housings. Through fine surface activation treatment, it significantly improves injection molding stability and product surface quality, making it an ideal supporting filler for mass production of home appliance housings.

Talc masterbatch is a functional masterbatch commonly used in the production of home appliances. It is made from high-purity talc powder combined with specialized resins and dispersing aids, processed through high-temperature internal mixing and pelletizing. Compared to directly adding talc powder, it offers advantages such as dust-free operation and uniform dispersion. It covers a wide range of products including appliance housings, interior parts, and structural components.

Specially designed for home appliance housings. It features excellent dispersibility, strong compatibility, temperature and weather resistance, and a fine surface texture. Suitable for commonly used substrates such as PP and ABS for appliance housings, it is a commonly used functional filler in the production of home appliance housings. The four models are differentiated in positioning to cover the needs of home appliance housings.

This high-purity talc powder is specially designed for sports goods. Leveraging its core characteristics of lamellar structure, toughening and reinforcement, weather and wear resistance, and easy dispersibility, it is suitable for various rubber and plastic substrates used in sports goods. It balances performance with processing convenience, making it a commonly used functional inorganic filler in the production of sports goods.

Talc powder specially designed for rubber-plastic pipes. Leveraging its core characteristics of lamellar structure, temperature and weather resistance, easy dispersibility, reinforcement, and toughening, it is suitable for the extrusion molding of various rubber-plastic pipes. It optimizes the processing performance and operational stability of the pipes, making it a commonly used functional inorganic filler in the production of rubber-plastic pipes. The two models are differentiated in positioning to meet the needs of different specifications and operating conditions for rubber-plastic pipes.

Refined calcium carbonate filler specially designed for PVC pipes. It features excellent dispersibility, strong compatibility, and dense packing. Suitable for the extrusion molding of various PVC pipes (such as water supply and drainage pipes, conduit pipes, corrugated pipes, etc.), it optimizes the processing performance and enhances the service strength of the pipes. It is a cost-effective functional filler in PVC pipe production. The two models are classified by particle size to meet the production requirements of different specifications of PVC pipes.

The modified powder is a specially modified functional powder for adhesives. Through surface activation treatment, it possesses the core characteristics of excellent dispersibility, strong compatibility, and good bonding reinforcement, making it suitable for various types of adhesives.