Anti-seismic technology belongs to civil engineering and designs bridge and building structures in order to make them earthquake-proof.
Vibration Control Technology
Vibration technology refers to devices placed in between spaces of structures, buildings and foundations which provide dampening properties. By means of energy dampening reduction, the amount of vibration is reduced to protect the object of transmission and the adverse effects of vibration on a components performance and technology.
TMT has formed a vibration control technology system and established active, passive and isolated control techniques, dynamic vibration absorption, vibration dampening and structural optimization.
TMT vibration control technological gives TMT the ability to solve a variety of engineering vibration problems.
Insulating Structure Technology
TMT has developed insulation technology for locomotive traction motor systems, which provide electrical insulation solutions for heavy duty and lightweight product demand.
TMT also has the supporting part technology for locomotive insulation materials including, magnetic wire, silicone varnish, mica tape, surface enamel, which have been applied to high-speed trains, subways and other traction motors. TMT possesses the leading domestic technology in this field.
The premise behind lightweight technology is to ensure strength and safety, while at the same time reducing weight. TMT uses high performance materials and structure techniques to reduce the overall weight, improve strength and safety and reduce manufacturing energy consumption.
Wear-resistant polymer materials are used to fill gaps. They were first used in Chinese high-speed railway bridge bearings and military vehicle wheel band systems. This technology is recognized and applied internationally.
High-speed railway plastic fasteners products are the first to be used in the world's highest altitude Qinghai-Tibet Railway. TMT possesses the leading domestic technology in this field.
High-performance polyurethane shock absorption pads were the first to be used in heavy haul railways and the world's fastest passenger line. TMT possesses the leading domestic technology in this field.
Continuous fiber reinforced thermoplastic lightweight composites replace steel with plastic. These products are widely used in fields of alternative energy vehicles, engineering machinery and rail transit.
Noise Reduction Technology
Noise control technology is achieved by reducing acoustic radiation from noise sources, improving noise transmission paths and reducing the effects of noise to recipients. This technology seeks to design and develop low noise products to create a quiet acoustic environment.
Using noise control programs and acoustic devices, TMT has been able to meet the international technical requirements for overseas export.