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Heat treatment process optimization

By adjusting the heat treatment process parameters, such as temperature, time, cooling rate, etc., the mechanical properties and stability of the steel strip can be improved. In addition, advanced technologies such as vacuum heat treatment and protective atmosphere heat treatment can also be used to reduce oxide scale generation and reduce deformation. .

Steel strip surface quality control

By improving the rolling process and equipment, control the surface roughness, cracks, folding and other defects of the steel strip to improve the surface quality of the steel strip. In addition, online inspection and quality control technology is adopted to find and deal with surface defects in time to ensure the quality of steel strips.

Steel strip thickness uniformity control

Improve the uniformity of steel strip thickness by optimizing rolling parameters, adjusting roll gap gaps, and improving tension control. At the same time, a high-precision thickness gauge is used for on-line thickness detection to ensure that the thickness of the steel strip is within the specified range.

Guarantee the stability of steel belt operation

Ensure the stable operation of heat treatment equipment by strengthening equipment maintenance, regular inspection and maintenance. At the same time, the production line layout and process flow are optimized to reduce the failure rate and improve production efficiency

Energy saving and emission reduction

Adopt high-efficiency and energy-saving heat treatment equipment and technology, such as radiant tube heating, high-speed heat treatment furnace, etc., to reduce energy consumption and emissions. At the same time, strengthen the recovery and utilization of waste heat to reduce production costs.

Quality traceability and management

Establish a sound quality traceability system to monitor and collect data in real time to ensure that product quality is controllable. Through data analysis, the heat treatment process is continuously optimized to improve the quality of steel strips.

Technology R&D and innovation

Focus on R&D and innovation, introduce international advanced heat treatment technology and management experience, and continuously improve the technical level and market competitiveness of hot steel strips
Our advantage

Industry Solutions

Heat treatment process optimization

By adjusting the heat treatment process parameters, such as temperature, time, cooling rate, etc., the mechanical properties and stability of the steel strip can be improved. In addition, advanced technologies such as vacuum heat treatment and protective atmosphere heat treatment can also be used to reduce oxide scale generation and reduce deformation. .

Steel strip surface quality control

By improving the rolling process and equipment, control the surface roughness, cracks, folding and other defects of the steel strip to improve the surface quality of the steel strip. In addition, online inspection and quality control technology is adopted to find and deal with surface defects in time to ensure the quality of steel strips.

Steel strip thickness uniformity control

Improve the uniformity of steel strip thickness by optimizing rolling parameters, adjusting roll gap gaps, and improving tension control. At the same time, a high-precision thickness gauge is used for on-line thickness detection to ensure that the thickness of the steel strip is within the specified range.

Guarantee the stability of steel belt operation

Ensure the stable operation of heat treatment equipment by strengthening equipment maintenance, regular inspection and maintenance. At the same time, the production line layout and process flow are optimized to reduce the failure rate and improve production efficiency

Energy saving and emission reduction

Adopt high-efficiency and energy-saving heat treatment equipment and technology, such as radiant tube heating, high-speed heat treatment furnace, etc., to reduce energy consumption and emissions. At the same time, strengthen the recovery and utilization of waste heat to reduce production costs.

Quality traceability and management

Establish a sound quality traceability system to monitor and collect data in real time to ensure that product quality is controllable. Through data analysis, the heat treatment process is continuously optimized to improve the quality of steel strips.

Technology R&D and innovation

Focus on R&D and innovation, introduce international advanced heat treatment technology and management experience, and continuously improve the technical level and market competitiveness of hot steel strips
Our advantage

Industry Application

Beverage cans made of tinplate

Tinplate

Tinplate is mainly used in the manufacture of metal packaging, such as canned food, beverages, chemicals, medicine, hygiene, coatings, paints, sprays, cosmetic bottle caps, etc. 

Hardened & Tempered steel strip

After heat treatment, the steel strip can obtain blue, white, yellow, and a variety of colors. This kind of steel belt is widely used in various industries such as saw blades, mud boards, putty knives, motors, rolling door springs, automobile clutches, clockwork, lock making, shoe making, textiles, standard parts, home appliance accessories, pressure cooker parts, horn accessories, gaskets, compressor valves, clips, tobacco knives, stone saws, panel ceilings etc

Steel strip for wood saw cutting
Annealed steel for clutch plates

Annealed steel strip

It is used in the manufacture of automobile body, chassis, engine and other parts, construction steel, steel structure building, building decoration and other fields.the manufacture of bearings, gears, springs and other parts is used in the construction and maintenance of power plants and substations and other power equipment, and is widely used in the transportation fields such as railways, highways, and aviation, such as tracks, wheel hubs, auto parts, etc., and has important applications in the shipbuilding industry, such as the manufacture of hulls, cabins, decks and other components .

Stainless Hardened Steel strip

Stainless Steel Properties and Usage Areas:
Stainless steel, which is considered as a ferritic steel group, is a type of stainless steel with low carbon and chromium content. They do not contain nickel and molybdenum in their chemical content.They can provide a good surface appearance on the materials they are used. Since they do not contain nickel, they can become magnetized. The thermal expansion rate is low. It has excellent tensile and oxidation resistance.
Usage areas:
It is frequently used in heat-resistant tools, three-bottomed teapot bases, gas nozzles, household appliances, tub linings, building materials, bolts and nuts, rods, sieves.

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