C103 Niobium Alloy Spherical Metal Powder — The Optimal High-Temperature Material for Aerospace Rocket Engines

C103 niobium alloy powder is a high-performance niobium-based material. With an exceptionally high melting point, it can withstand extreme thermal stresses exceeding 1000°C while maintaining excellent specific strength and favorable hot and cold workability at elevated temperatures. Additionally, C103 niobium alloy powder exhibits good thermal stability, making it suitable for manufacturing structural components with complex geometries. These characteristics establish C103 niobium alloy powder as an ideal material for structural applications in the aerospace field.

C103 Niobium Alloy Spherical Metal Powder — The Optimal High-Temperature Material for Aerospace Rocket Engines

Guangzhou Sailong Additive Manufacturing Co., Ltd. (referred to as Guangzhou Sailong), as a global full-chain technical service provider in metal 3D printing, leverages its independently developed advanced Plasma Rotating Electrode Process (PREP) powder production equipment to mass-produce high-performance C103 spherical metal powder. This powder offers advantages such as controllable particle size, high sphericity, and excellent flowability, fully meeting the process requirements for 3D printing high-temperature-resistant structural components in the aerospace industry. With deep technical expertise in powder preparation and metal 3D printing, Guangzhou Sailong is committed to providing high-performance C103 niobium alloy spherical powder raw materials and comprehensive metal 3D printing technical services to aerospace universities and enterprises worldwide.

Applications of C103 Niobium Alloy Powder in the Aerospace Field

(1) Liquid Rocket Engine Thrust Chambers and Nozzle Extensions:
Nozzle extensions made from C103 niobium alloy powder, coated with a silicide layer, enable prolonged operation in high-temperature combustion gas environments.

(2) Combustion Chambers and Gas Valve Components:
C103 niobium alloy powder exhibits excellent hot and cold workability, making it suitable for manufacturing thin-walled and complex structures. It offers high temperature resistance, corrosion resistance, and reliability, maintaining structural integrity in high-temperature, high-pressure combustion gas environments.

C103 Niobium Alloy Spherical Metal Powder — The Optimal High-Temperature Material for Aerospace Rocket Engines

Technical and Service Advantages of Guangzhou Sailong

Guangzhou Sailong Additive Manufacturing Co., Ltd. possesses leading comprehensive advantages in the preparation and processing of C103 niobium alloy spherical powder. Leveraging its profound technical expertise, the company has obtained over 60 core patents and participated in the formulation of 10 national standards, establishing significant influence within the industry.

The company operates a modern standardized facility spanning more than 5,300 square meters, equipped with multiple internationally advanced electron beam 3D printing systems and high-precision Plasma Rotating Electrode Process (PREP) powder production equipment. This infrastructure supports a fully integrated C103 niobium alloy powder preparation and 3D printing mass production line. By implementing a comprehensive "powder preparation – component manufacturing – post-processing" full-industry-chain service model, the company ensures全程 quality control and consistency from the raw metal powder stage to the final product.

Furthermore, the company strictly adheres to an SGS-certified ISO9001 quality management system, establishing a scientific and rigorous quality control process. This enables Guangzhou Sailong to provide customers with highly reliable, high-performance C103 metal powders and professional 3D printing solutions, consistently driving innovation and application in fields such as aerospace and high-end equipment.