Aerospace

Focusing on global niche markets has always been our key strategic priority.

Global Tek Group specializes in high-complexity aerospace casting technologies, focusing on advanced manufacturing areas that require capabilities beyond conventional suppliers. By integrating aluminum sand casting, precision investment casting, and five-axis CNC machining, together with downstream processes including heat treatment, welding, surface treatment, and assembly, we provide aerospace-grade one-stop manufacturing solutions.

Global Tek Fabrication and subsidiaries of the Group -- AvioCast, are certified under AS9100 and NADCAP international aerospace standards. Our manufacturing capabilities support large-scale, high-strength, thin-wall, and complex structural castings, widely applied in critical aerospace systems such as aircraft engines, gearboxes, thermal management systems, and air management systems.

Through the adoption of advanced manufacturing technologies such as 3D sand mold printing, automated X-ray inspection, and AI-based defect detection, we continuously enhance manufacturing quality and production efficiency. These capabilities have enabled us to successfully enter the global aerospace supply chain, supporting major aircraft platforms including Airbus A350, Boeing B787, and LEAP engine programs, and positioning us as a trusted high-end manufacturing partner in the international aerospace industry.

Environmental Control & Air Management & Thermal Systems

Aircraft Environmental Control Systems (ECS), Air Management Systems, and Thermal Management Systems are critical for both flight safety and passenger comfort. These systems regulate cabin conditions by utilizing engine bleed air, cooling and pressurization technologies, and integrated air or liquid cooling solutions.

Core functions include: maintaining stable cabin temperature and pressure、ensuring oxygen supply and air quality、cooling avionics and onboard electronic systems. Modern aircrafts contain increasingly dense avionics and electronic equipment, generating significant heat loads. Therefore, dedicated air-cooling or liquid-cooling systems are required to prevent overheating and maintain operational reliability.

aero environmental control system cover