从China供应商批发进口Alumina Ball — FOB条款

Alumina balls from Gongyi City Wanfeng Abrasives Co., Ltd. contain 92% or higher alumina content, offering exceptional hardness and chemical stability for industrial applications. The porous solid structure maximizes surface area, making them effective in catalytic and adsorption processes. Available in multiple sizes, these balls are engineered to withstand high temperatures in kilns and furnaces without degradation.

The material composition ensures resistance to corrosion and thermal shock, a standard requirement for ceramic grinding media and catalyst supports. Typical industry uses include water treatment, oil refining, and chemical processing, where consistency in alumina purity and porosity is critical. The balls are manufactured to meet industrial-grade standards, with no fillers or binders compromising performance.

These alumina balls are sourced from Zhengzhou, Henan, and are customizable to specific industrial requirements. Buyers typically use them in abrasive, adsorbent, and catalyst applications where durability under extreme conditions is non-negotiable. Trade terms such as FOB and CIF are available, and the supplier provides ISO and SGS certifications upon request to verify compliance with international standards.

Gongyi City Wanfeng Abrasives Co., Ltd. is based in Zhengzhou, Henan Province, China. The company specializes in abrasive materials and ceramic products, including alumina balls for industrial use. Its location in a major industrial hub provides logistical advantages for bulk exports, with access to ports and rail networks.

The supplier’s profile indicates a focus on industrial-grade materials, though specific operational details such as production capacity or workforce size are not disclosed. The trust tier is categorized as harbor, and while response rate data is currently unavailable, the company’s offerings are aligned with standardized industrial specifications. Buyers are advised to confirm certifications and lead times directly with the supplier.