从China供应商批发进口Amat 50414721100 — FOB条款

The AMAT 50414721100 is a high-precision spare component designed for semiconductor wafer fabrication and thin-film deposition equipment, supplied by N.S.E Sutomation in Xiamen, China. Manufactured by Applied Materials, it meets the stringent purity and quality standards required for cleanroom environments, ensuring compatibility with critical semiconductor processes.

Constructed from high-purity semiconductor-grade materials, including silicon and precious metal alloys, the component is engineered to withstand the exacting conditions of semiconductor manufacturing. Typical industry specifications for such parts include ultra-low particle generation, high thermal stability, and resistance to corrosion from process chemicals. The supplier confirms the unit is 100% new with full traceability.

This component is primarily sourced by semiconductor fabrication plants and maintenance providers servicing Applied Materials equipment. It is intended for direct replacement in fab operations where downtime is costly. Buyers should confirm the exact equipment model and process requirements, as compatibility can vary by system configuration. The supplier’s inventory includes components for a range of semiconductor applications.

N.S.E Sutomation is based in Unit 902, Site B, Fengrun Financial Holding Group Building, at No.1008 Anling Road, Xiamen, Fujian Province, China. The company specialises in the supply of high-precision components for semiconductor and industrial automation markets, with a particular focus on parts from manufacturers like Applied Materials. Its products are sourced as new, original units with full traceability.

The supplier states that all components, including the AMAT 50414721100, are tested before shipment to ensure they meet operational standards. Technical support is provided by staff with experience in semiconductor equipment. The supplier’s trust tier is classified as harbor, and its current response metrics show a 0.00 response rate, with no recorded average response time.