SX LP-20 Supersonic Cold Spray Equipment

The SX LP-20 supersonic cold spray equipment is a specialized device designed for research, small-to-medium batch manufacturing, and metal part repair applications. Relying on cutting-edge supersonic cold spray technology, it strikes a balance between performance and cost-effectiveness, aiming to lower the barrier to entry for cold spray technology adoption. It provides efficient and low-cost metal processing solutions for university research, small- and medium-sized enterprise production, and industrial maintenance sectors.

The SX-80 plasma spraying equipment manufactured by Guangzhou Sanxin is being used in Xianyang, Shaanxi Province, for spraying zirconia powder onto aerospace components. This equipment features an extended inner-bore gun for plasma spraying. The inner-bore spray gun developed by our company can handle inner-diameter spraying applications with diameters ranging from 100 mm and lengths exceeding 1700 mm.

Guangzhou Sanxin ships supersonic equipment to Linyi, Shandong.

Shipping site for the Guangzhou Sanxin SX-8000 supersonic spraying equipment. This equipment set includes: a control cabinet, a human-machine intelligent system, spray guns, powder feeders, robotic arms, cooling towers, high-pressure water pumps, water storage tanks, chillers, sandblasting machines, soundproof booths, and more.

Guangzhou Sanxin—We sincerely invite cooperative agents in the aerospace industry.

Aerospace Business Resources Sincerely Invite Collaboration Guangzhou Sanxin Company specializes in the R&D and production of thermal spray coatings and equipment. With strong performance, low costs, and significant growth potential, we sincerely invite organizations and individuals with business resources to join forces for mutually beneficial cooperation.

Application of Thermal Spraying in Aero-Propulsion

Thermal spraying technology is a surface engineering technique that involves melting or partially melting materials at high temperatures and then rapidly spraying them onto a substrate surface to form a coating. Its primary goal is to impart properties such as wear resistance, corrosion resistance, thermal insulation, and oxidation resistance to the substrate material, thereby extending equipment lifespan and improving operational efficiency. As aerospace technology accelerates toward higher performance, lighter weight, longer service life, and greater environmental friendliness, thermal spraying technology—thanks to its broad material compatibility, high process flexibility, and cost-effectiveness—has become one of the core technologies supporting the research, development, and maintenance of next-generation aircraft.

Application of Thermal Spraying Technology in Aero-Propulsion and Gas Turbines

Guangzhou Sanxin Metal Technology Co., Ltd. is a technology-driven innovation enterprise specializing in thermal spray processing and equipment manufacturing R&D. Established 33 years ago, the company leverages its expertise and capabilities in thermal spraying to achieve remarkable engineering accomplishments across various fields of technological innovation, including aerospace, military industry, gas turbines, power generation, shipbuilding, automotive, new energy, semiconductors, and mechanical manufacturing.

Alumina spraying equipment, plasma spraying equipment

Plasma spraying equipment, alumina spraying equipment, ceramic coating spraying

Detailed Explanation of Cold Spray Technology

Cold spray technology, an advanced surface treatment process, has attracted considerable attention in recent years. It involves atomizing metal powders or other materials at extremely low temperatures and precisely spraying them onto a substrate to form a dense coating. This technology is not only suitable for metallic materials but can also be used to coat non-metallic materials such as ceramics and plastics, demonstrating broad application potential.

Overview and Research Progress of Cold Spray Technology

Cold Spray, also known as Cold Gas Dynamic Spray (CGDS), is a coating technique based on aerodynamics. It uses a high-pressure gas source to accelerate solid particles to extremely high velocities, which then impact the substrate and deposit to form a coating.

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