Guang Zhou Cgood Steel Co., Ltd.


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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 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

Surgical instrument steel strip

Surgical instrument steel strip

Surgical instrument steel strips are designed for manufacturing precision medical tools such as surgical blades, forceps, clamps, and cutting components that require high reliability and safety. These steel strips offer uniform microstructure, stable mechanical properties, and excellent edge performance, supporting precise forming, grinding, and polishing processes. With controlled heat treatment and consistent quality, they help ensure accurate operation, long service life, and dependable performance of surgical instruments in demanding medical environments.

 
 

Medical implant steel strip

Medical implant steel strips are used for manufacturing implant components that require high strength, stability, and long-term reliability within the human body. These steel strips provide controlled chemical composition, uniform microstructure, and excellent mechanical consistency, supporting precise forming and machining processes. With good corrosion resistance and compatibility with medical sterilization requirements, they help ensure structural stability, safety, and dependable performance of medical implants throughout their service life.

Medical implant steel strip
Biocompatible steel strip

Biocompatible steel strip

Biocompatible steel strip is designed for medical and healthcare applications where material safety, stability, and reliability are essential. Manufactured from carefully selected steel with controlled chemical composition and stable mechanical properties, it ensures good compatibility with medical environments and supports precise processing such as cutting, forming, and grinding. With consistent hardness, smooth surface quality, and reliable performance, biocompatible steel strip is suitable for the production of medical cutting tools, surgical components, and related medical devices.

Medical Band Saw Blade Steel Strips

Medical Band Saw Blade Steel Strips are specifically developed for surgical and orthopedic cutting applications, such as bone resection and precision tissue cutting. These steel strips provide uniform hardness, high fatigue resistance, and stable tooth edge performance, ensuring smooth, accurate cuts without chipping or deformation. With optimized heat treatment and consistent microstructure, they support reliable blade manufacturing and help deliver safe, precise, and repeatable cutting performance in demanding medical environments.

Medical Band Saw Blade Steel Strips

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