Pingxiang Baitian (Ball-tec) New Materials Co., Ltd. engineers and manufactures zirconia grinding media, high purity alumina balls, silicon nitride and zirconia bearing balls, ceramic tower packing, zeolite molecular sieves, tire balancing beads and high-purity zirconia powder. Mills, refineries, chemical plants and OEMs worldwide source directly from our integrated production base in Pingxiang, Jiangxi, one of China's leading industrial ceramic clusters.
Founded by technical experts with years of experience at leading Japanese and U.S. ceramic companies.
Powder preparation, forming, sintering and precision finishing integrated under one roof.
ISO 9001, ISO 14001 and ISO 18001 managed operations with traceable batch testing.
Custom sizes, compositions and export packaging for distributors and end users worldwide.
From 99.99% alumina spheres to G3-grade silicon nitride balls, every series is developed for measurable gains in wear life, purity and process stability.
Acid & alkali resistant · Low-contamination milling
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Al₂O₃ media · Ball mills & catalyst beds
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4N purity · For battery & electronic materials
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Sub-micron grinding · Dense, uniform microstructure
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Si₃N₄ · High-speed, anti-friction bearings
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Full zirconia · Corrosion & heat resistant
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Low friction · Long service life
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Miniature sizes · Electrically insulating
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High throughput · Low pressure drop
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Absorption & scrubbing towers
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High efficiency mass transfer
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Large specific surface · Corrosive media
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General dehydration · Gas & liquid drying
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Air pre-purification · H₂O & CO₂ removal
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Oxygen concentrators · Gas separation
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Gas stream purification
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Pingxiang Baitian (Ball-tec) New Materials Co., Ltd. is a high-tech enterprise integrating research and development, production and sales. The company was jointly founded by technical experts who spent many years at renowned ceramic companies in Japan and the United States, together with senior Chinese process engineers.
On a 100,000 m² site in the Pingxiang Ceramic Industrial Park, we specialize in high-end zirconia and alumina microcrystalline grinding media, structural ceramic components, and high-purity zirconia powders for dental, solid oxide fuel cell and advanced ceramic applications, backed by molecular sieve manufacturing experience dating back to 1990.
A connected network of production, service and innovation resources supports stable lead times and responsive technical support.
Select an industry to see how each material family is used and which properties matter most for your process.
Ceramic balls serve refineries, chemical, fertilizer, natural gas and environmental plants as catalyst bed support and covering media, and as grinding media in ball mills for ceramics, glazes and minerals.
Zirconia beads are used in non-metallic mining, paper, paints and coatings, inks, electronic materials, lithium iron phosphate battery materials, magnetic materials, textile dyes and pharmaceuticals.
Zirconia and aluminum oxide powders combine high-temperature stability, corrosion resistance and hardness, making them key raw materials for structural ceramics, dental zirconia and solid oxide fuel cell components.
Across petrochemical, environmental protection, food and beverage and pharmaceutical plants, ceramic packing improves separation efficiency in distillation, absorption, scrubbing and drying towers, saving energy and raising product quality.
With uniform pore size and ordered channels, zeolite molecular sieves selectively adsorb and separate molecules by size and polarity for gas drying, air purification, PSA oxygen generation and natural gas treatment.
Balancing beads are small, lightweight beads placed inside the tire. They are large enough not to enter the valve stem yet small enough to flow freely, continuously redistributing to counter imbalance as the tire wears.
Manufacturers in chemicals, new energy, electronics, coatings and automotive aftermarket rely on Baitian materials for repeatable, long-term performance.
ISO 9001, ISO 14001, ISO 18001 and CE documentation support your supplier qualification. Certificate copies are available on request.
Practical guidance from our engineers to help you specify the right ceramic material the first time.
Send your application, mill type, size range and target quantity. Our engineers reply with a material recommendation.
[email protected] +86-799-6396268
Most zirconia beads are composed of tetragonal zirconia polycrystal (TZP). Learn how powder preparation, forming and sintering determine their toughness and wear life.
Powder spheroidization uses physical and chemical routes. We compare the main methods and how each affects sphericity, density and cost.
High strength, chemical stability, low water absorption and thermal stability make inert alumina balls a reliable catalyst bed support in reactors.
