Jiangsu Profile
Product List
931. St Custom Tubular Heater Tubular Heating Elements Flexible Manifold Heaters 
[Sep 30, 2026]
[Sep 30, 2026] Product Description Specification Trademark ST Brand Sitong Model Customized as Customer Drawings Country of Origin China ProductType Finned Heater (Cartridge Heater with Fin / Finned Tubular Heater) Sheath Materials ...
Company: Changshu Zhouhang Sitong Electric Heating Equipment Factory
932. Customized Flexible Heating Elements Manifold Tubular Heater [Sep 30, 2026]
[Sep 30, 2026] Product Description Specification Trademark ST Brand Sitong Model Customized as Customer Drawings Country of Origin China ProductType Finned Heater (Cartridge Heater with Fin / Finned Tubular Heater) Sheath Materials ...
Company: Changshu Zhouhang Sitong Electric Heating Equipment Factory
933. St Custom Hot Runner System Heating Element Flexible Manifold Heater [Sep 30, 2026]
[Sep 30, 2026] Product Description Specification Trademark ST Brand Sitong Model Customized as Customer Drawings Country of Origin China ProductType Finned Heater (Cartridge Heater with Fin / Finned Tubular Heater) Sheath Materials ...
Company: Changshu Zhouhang Sitong Electric Heating Equipment Factory
934. Stable-Performance Top-Grade Alumina Oxide Ceramic Ball for Powder Preparation with Fine-Grinding ... [Oct 13, 2026]
[Oct 13, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
935. Ceramic-Grade Professional Alumina Oxide Ceramic Ball for Powder Milling with Abrasion-Resistant ... [Oct 13, 2026]
[Oct 13, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
936. High-Strength Fine-Grinding Alumina Oxide Ceramic Ball for Cement Production with ... [Oct 12, 2026]
[Oct 12, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
937. Eco-Friendly Precision-Matched Alumina Oxide Ceramic Ball for Catalyst Preparation with Rugged ... [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
938. Rugged Energy-Saving Alumina Oxide Ceramic Ball for Ore Milling with Contamination-Free Media [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
939. Durable High-Purity Alumina Oxide Ceramic Ball for Dry Milling with Abrasion-Resistant Finish [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
940. Eco-Friendly Alumina Oxide Ceramic Ball for Dry Processing with Precision-Matched Size Distribution [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
941. Abrasion-Resistant Durable Alumina Oxide Ceramic Ball for Chemical Mixing with Ceramic-Grade ... [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
942. Ultra-Hard Abrasion-Resistant Alumina Oxide Ceramic Ball for Mining with High-Purity Material [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
943. Premium High-Density Alumina Oxide Ceramic Ball for Powder Processing with Industrial Grade [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
944. Energy-Saving Contamination-Free Alumina Oxide Ceramic Ball for Continuous Mills with ... [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
945. High-Grade Wear-Resistant Alumina Oxide Ceramic Ball for Cement Mill with Grinding Efficiency [Oct 10, 2026]
[Oct 10, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
