How can Manhart (Guangdong) CNC Machine Tool Co., Ltd. reduce material deformation during the rolling process?

**How to reduce material deformation during the rolling process**
The deformation of materials during the rolling process is a common and important issue that requires special attention. Deformation not only affects the appearance and quality of the product, but may also lead to a decrease in its performance. To reduce material deformation during the rolling process, the following are some recommended measures:
**1 Optimize rolling process parameters**
Rolling process parameters, such as rolling speed, reduction, and rolling temperature, have a direct impact on the deformation of materials. By adjusting these parameters, an optimal process window can be found that ensures both minimal material deformation and production efficiency.
**2 Choose the appropriate rolling temperature**
Rolling temperature is an important factor affecting material deformation. Choosing the appropriate rolling temperature can balance the plastic deformation and internal stress of the material, thereby reducing deformation. Usually, rolling around the recrystallization temperature of the material can achieve better results.
**3 Uniform heating and cooling of materials**
During the rolling process, ensuring that the material is uniformly heated before rolling and uniformly cooled after rolling helps to reduce the temperature gradient and stress distribution inside the material, thereby reducing deformation.
**4 Reduce rolling speed and reduction**
Reducing rolling speed and reduction can reduce rolling force and plastic deformation of materials. But this may affect production efficiency, so it is necessary to find a balance in practical operation.
**5 Improve the stiffness of the rolling mill**
The stiffness of the rolling mill directly determines its ability to resist deformation during the rolling process. Improving the stiffness of the rolling mill, especially the stiffness of the rollers and frame, can effectively reduce material deformation.
**6 Using lubricants and coolants**
During the rolling process, the use of appropriate lubricants and coolants can reduce rolling force and friction, thereby reducing material deformation.
**7 Accurate control of rolling clearance**
The size of the rolling gap has a direct impact on the deformation of the material. Accurately controlling the rolling gap to ensure it is within a reasonable range can reduce material deformation.
**8 Strengthen post rolling heat treatment**
Post rolling heat treatment can eliminate residual stress inside the material, thereby reducing deformation. Common post rolling heat treatments include annealing, aging, etc.
In summary, reducing material deformation during the rolling process requires comprehensive consideration of multiple factors, optimization and improvement from multiple aspects such as process parameters, equipment performance, and operational level. Through continuous practice and research, the stability of the rolling process and the quality of materials can be gradually improved.