Due to factors such as temperature changes, storms, contact with saltwater, and downtime, high quality requirements have been put forward for the design, materials, manufacturing, installation, and surface protection of braking systems in ships and offshore engineering applications. Therefore, combining the ability to maintain corrosion resistance and waterproofing in a convenient manner (which is actually required on board) is a mandatory standard. The brakes and braking systems have always set the standard on ships of various sizes and grades, as well as ocean giants, and have now become the choice of many ship manufacturers and offshore engineering manufacturers.　　Main application scenarios:　　Shipbuilding gantry crane large vehicle traveling mechanism brake, lifting mechanism high-speed shaft brake and low-speed shaft brake, slewing mechanism brake, windproof brake device, hydraulic station for hydraulic brake, brake control system, multi-point intelligent braking system for hoisting mechanism, etc;　　High speed and low-speed shaft brakes for offshore crane hoisting mechanisms, anchor belt brakes, anchor gear shift brakes and water-cooled brakes, crane hoisting brakes and slewing brakes, hydraulic stations for hydraulic brakes, brake control systems, multi-point intelligent braking systems for hoisting mechanisms, etc;　　Self elevating offshore platform lifting mechanism working brake, anchor crane brake, and crane brake, etc.

　　The operation of ports and containers requires highly reliable industrial brakes that can withstand extensive use in outdoor marine environments. Provide service brakes, safety brakes, wind brake devices, couplings, and brake control systems combined with advanced Internet of Things/Internet technologies for various port equipment. In the application field of port engineering, we have been closely cooperating with port operators and crane manufacturers. The application knowledge accumulated in this way ensures that the quality determination standards of all parties involved continue to improve, and enables us to further enhance our products, technology, and services to a high level in a way that is suitable for practical work situations.　　Main application scenarios:　　The high-speed shaft brake, low-speed shaft brake, and anti sway brake of the crane and trolley walking mechanism, lifting and arm pitching mechanism, anti sway and tilting electro-hydraulic push rod of the crane, electric hydraulic thruster and electro-hydraulic push rod for safety hooks of container lifting equipment.　　Bulk material handling equipment includes brakes for the traveling mechanisms of large and small vehicles, high-speed and low-speed shaft brakes for lifting and arm pitching mechanisms, electric hydraulic thrusters and push rods for safety hooks, working brakes and control systems for belt conveyor drive devices, and tailstock tensioning systems.　　Brake of gantry crane traveling mechanism, high-speed and low-speed shaft brake of lifting mechanism, brake of slewing mechanism, etc.　　Port machinery windproof braking device, brake control system, intelligent braking system for hoisting mechanism, hydraulic station for hydraulic brake, port machinery hydraulic cylinder and multifunctional hydraulic station, etc.

　　For many people, railway transportation is the future sustainable transportation choice, and the development of railway logistics centers will further develop towards rationalization of construction, diversification of functions, modernization of equipment, convenience of handling, and full process service. To ensure fast loading and unloading of trains and trucks, the railway logistics center station will be equipped with gantry cranes and overhead cranes. Provide stable wheel brakes, hydraulic systems, safety brakes, and service brakes for large loading and unloading equipment at container center stations. All braking systems perform well during heavy operation and can provide reliable maintenance and emergency stop operations in the event of power failure or malfunction of the frequency converter or PLC in the frequency converter system.　　Main application scenarios:　　Loading and unloading gantry crane traveling mechanism brake, lifting mechanism high-speed shaft brake and low-speed shaft brake, slewing mechanism brake, windproof brake device, hydraulic station for hydraulic brake, brake control system, multi-point intelligent braking system for hoisting mechanism, etc.

　　Engineering quality is a century old plan, and the requirements for the quality of mechanical operations are becoming increasingly high. Integrated electromechanical and hydraulic technology has been widely applied. The working conditions of construction machinery are complex, the operating objects are varied, and they often work under variable loads, which requires high reliability and adaptability of the machine. Construction machinery is also developing towards intelligence, and the selection and application of mechanical equipment should be fully understood and reasonably configured to meet the requirements of engineering projects. We provide low-speed axle safety brakes (end brakes), service brakes, and windproof devices for outdoor track lifting machinery, such as windproof iron wedge brakes and electric hydraulic rail clamps, for equipment such as bridge erecting machines, beam lifting machines, road cranes, and tower cranes.　　Main application scenarios:　　High and low speed brakes, brake control systems, and windproof braking devices for the hoisting mechanism of road and bridge engineering lifting machines and bridge erecting machines;　　Exploration drilling rig and oil drilling rig, drilling winch braking system;　　The high and low speed brakes and control system of the lifting mechanism of the construction tower crane, as well as the multi-point intelligent braking system;　　High and low speed brakes and control systems for large car cranes, crawler cranes, and lifting mechanisms.

　　Whether through open-pit mining or underground mining, it is usually necessary to transfer millions of tons of materials to extract the target raw materials or minerals. Large tunnel boring machines, cleaning machines, conveyor systems, bucket wheel excavators, vehicles, material grading and separation systems, etc. typically require 24-hour/year operation for several years. Our DYW series belt conveyors are equipped with electric hydraulic drum brakes, BEd series explosion-proof electric hydraulic thrusters, and BYT1 series explosion-proof electric hydraulic thrusters, which have obtained safety mark certificates (safety mark certificates) and mining product explosion-proof qualification certificates issued by the Safety Standard Center.　　Main application scenarios:　　The working brake, safety brake and control system of mine hoist and mining hoist winch;　　The working brake, safety brake, and hydraulic control system of the overhead passenger device (commonly known as the "monkey car") in coal mines;　　The working brake and control system of the belt conveyor drive device, the tailstock tensioning system, the underground explosion-proof brake and control system.　　The working brake and parking brake of large loaders.

　　In the steel industry, special requirements are considered for the effects of environmental temperature and load to ensure the long-term reliability of the braking system. The quality of a product comes from choosing the right solution, the right product, and the right system design. We offer a variety of industrial disc and drum brake options, including fail safe brakes for heavy-duty applications.　　Main application scenarios:　　Large bridge cranes and casting cranes are used for the braking of large and small vehicle walking mechanisms, as well as for the working brake of lifting mechanisms and the safety (emergency) brake of low-speed shafts (drum shafts);　　Windproof braking device for outdoor rail mounted lifting equipment;　　Various hopper valves, air door opening and closing devices, and control systems.

　　The industrial manufacturing industry will continue to play a role in China's economic development and gradually achieve a transformation from low-end to mid to high end, from low-cost production factors to strategic emerging industries and new technology industries. We have rich experience in identifying customer needs and developing special braking systems in various fields and application scenarios. Through continuous updates in production technology, design methods, processing technology, processing equipment, measurement monitoring, quality assurance, and enterprise management, we provide customers with comprehensive braking system solutions. Our business involves many industries, including aerospace, automotive, pharmaceuticals, papermaking, waste management, cement, shipbuilding, nuclear power plants, food industry, and municipal solid waste management.　　Main application scenarios:　　The parking brake of the factory working crane (overhead crane) and outdoor gantry crane walking mechanism, the working brake and safety brake of the lifting mechanism;　　Windproof braking device for outdoor rail mounted lifting equipment;　　Constant tension system, accurate positioning system, and mechanism tension system for various production equipment.

　　In the thermal power industry, safety brakes and service brakes have been widely used in transmission and loading and unloading equipment. A brake control system for induced draft fans has been designed and developed for companies such as China Power Construction Chengdu Electric Power Machinery Factory and Inner Mongolia Jinglong Power Generation Co., Ltd. When the induced draft fan is stopped for maintenance, it can effectively stop and brake, preventing the fan from reversing and causing personal injury.　　We have developed a series of yaw brakes and a series of spindle brakes specifically for wind power generation equipment.　　In nuclear power projects, products are mainly used for lifting and operating off island equipment, and their reliability and safety have been deeply rooted in people's hearts over the years.　　In hydraulic engineering, we have always maintained close contact with hydraulic design institutes, universities, and manufacturers of large hydraulic equipment. Based on the development needs of users and the industry, we continuously improve and research and develop existing products, striving to better meet the needs of customers.　　Main application scenarios:　　Power plant workshop driving brake, coal conveying equipment brake, induced draft fan brake system;　　Wind turbine main shaft brake, hydraulic locking pin, yaw mechanism brake, hydraulic station;　　Dam crest gantry crane braking system, ship lift multi-point intelligent braking system, gate opening and closing machine braking system, and hydraulic cylinder, etc.