Xinda 3D Printed Ceramic Filter is a new-generation purification component exclusively for precision casting, elaborately developed by Liaoning Xinda Casting Technology Co., Ltd. based on cutting-edge additive manufacturing technology. It is specially designed to solve the bottlenecks in forming, structural defects and performance fluctuations of traditional ceramic filters, providing core purification guarantee for the production of high-end castings such as aerospace superalloy blades.

Tailored independently for the precision casting of aerospace superalloy blades, the product is suitable for installation at key positions of runner gates and ingates in the gating system. It achieves efficient and stable impurity purification during the entire filling process of high-temperature molten metal, fully supporting the high-quality mass production of aerospace precision castings and superalloy castings. Leveraging the core advantages of 3D printing technology, this Xinda product features five core highlights:

• Constant Filtration Precision: Regular and uniform pore size with even distribution, eliminating pore blockage and cross-flow defects. It delivers higher purity and stronger stability in superalloy molten liquid, avoiding casting inclusion risks from the source.

• Customized Adaptability for Individual Needs: Rapid modeling and printing based on runner structure and on-site working conditions, perfectly adapting to complex cavity structures. It features a short customization cycle and high delivery efficiency, accurately meeting the demands of various precision casting scenarios.

• High Integral Structural Strength: Adopting integrated forming technology, it boasts high mechanical strength and excellent resistance to molten metal impact. No slag shedding or cracking risks occur during application, preventing secondary contamination of molten metal and ensuring stable casting processes.

• Excellent High Temperature and Thermal Shock Resistance: Withstanding the extreme working conditions of superalloy pouring, it resists thermal shock, softening and deformation, and does not undergo chemical reactions with molten metal. It is compatible with the casting of various superalloys including nickel-based and cobalt-based alloys.

• Substantial Improvement in Casting Quality: Efficiently removes various inclusions in molten metal, remarkably enhancing the compactness and comprehensive mechanical properties of blade castings. It effectively increases casting yield, helping enterprises reduce costs, improve efficiency and strengthen market competitiveness.

With years of in-depth dedication in the foundry material industry, Liaoning Xinda Casting Technology Co., Ltd. is a leading enterprise integrating R&D, production and sales. Supported by advanced technical capabilities, stringent quality control and a comprehensive service system, our products are sold worldwide. Breaking the limitations of traditional products through innovative technology and empowering high-end casting with robust performance, Xinda 3D Printed Ceramic Filter is the ideal choice for precision casting in aerospace, high-end equipment and other fields.