

In copper or aluminum continuous casting and rolling (CCR) production lines, rollers are key components used in both the casting machine (casting wheel) and the rolling mill to transform molten metal into rods. These hardened steel rollers shape, reduce, and work-harden the metal, typically in two-roll or three-roll configurations.
The stainless steel material has excellent oxidation resistance, which can effectively resist the chemical corrosion generated in the production process and extend the service life.
This makes it ideal for long-term use in environments involving molten metal, high humidity, or exposure to chemical fluxes.
Its anti-corrosion properties reduce maintenance frequency and ensure greater uptime.
The stainless steel belt has a high tensile strength and can withstand the mechanical stress in the production process to ensure the safe operation of equipment.
Engineered to endure both static and dynamic loads, it prevents deformation and breakage under pressure.
Reinforces structural stability and protects delicate internal components during continuous high-load operation.
It can maintain its physical properties in high temperature environments, so it is suitable for high temperature working conditions of copper and aluminum rod production lines.
Even in working environments exceeding 1000°C, the strip maintains dimensional stability and surface integrity, reducing the risk of thermal fatigue or warping.
It can be customized according to the different needs of the production line, providing a variety of specifications and sizes to meet the installation needs of different equipment.
Available in coil or cut-to-length formats, with customizable thickness, width, surface finish, and edge treatments to suit specific applications.
Compatible with both traditional and modern casting/rolling systems, including upward casting and horizontal continuous casting lines.
The stainless steel material has excellent oxidation resistance, which can effectively resist the chemical corrosion generated in the production process and extend the service life.
This makes it ideal for long-term use in environments involving molten metal, high humidity, or exposure to chemical fluxes.
Its anti-corrosion properties reduce maintenance frequency and ensure greater uptime.
The stainless steel belt has a high tensile strength and can withstand the mechanical stress in the production process to ensure the safe operation of equipment.
Engineered to endure both static and dynamic loads, it prevents deformation and breakage under pressure.
Reinforces structural stability and protects delicate internal components during continuous high-load operation.
It can maintain its physical properties in high temperature environments, so it is suitable for high temperature working conditions of copper and aluminum rod production lines.
Even in working environments exceeding 1000°C, the strip maintains dimensional stability and surface integrity, reducing the risk of thermal fatigue or warping.
It can be customized according to the different needs of the production line, providing a variety of specifications and sizes to meet the installation needs of different equipment.
Available in coil or cut-to-length formats, with customizable thickness, width, surface finish, and edge treatments to suit specific applications.
Compatible with both traditional and modern casting/rolling systems, including upward casting and horizontal continuous casting lines.
In copper and aluminum continuous casting and rolling (CCR) lines, rollers shape, reduce, and work-harden the molten metal into continuous rods through precise two-roll or three-roll configurations, while companion stainless steel belts provide structural containment and thermal stability.
Components are primarily manufactured from high-grade austenitic and heat-resistant stainless steel alloys, such as AISI 304, 316L, and specialized high-temperature grades capable of withstanding exposure up to and exceeding 1000°C.
High oxidation and corrosion resistance protects the components against molten fluxes, high humidity, and chemical exposure, drastically decreasing wear, reducing downtime, and lowering total operational and maintenance costs.
Yes. Products can be supplied in customized thicknesses, widths, coil formats, or cut-to-length specifications, complete with tailored surface finishes and edge treatments to fit distinct continuous casting and rolling machine designs.
Yes. The materials and configurations are fully engineered to integrate seamlessly into upward casting, horizontal continuous casting, and conventional continuous casting and rolling systems.
Each batch undergoes strict metallurgical testing, tensile inspection, and dimensional verification to guarantee consistent mechanical performance, minimal runout, and reliable operation under extreme dynamic loads.