A Two High Rolling Mill performs material reduction through the rotation of two opposing work rolls.
The upper and lower rolls rotate in opposite directions, drawing the material into the roll gap and applying compressive force to achieve plastic deformation.
By precisely adjusting the roll gap, the reduction amount and final product dimensions can be controlled.
| Model | Roll Diameter × Roll Width (mm) | Rolling Force (kN) |
| GRM-2H60 | Φ60x30 | 15 kN |
| GRM-2H80 | Φ80x40 | 30 kN |
| GRM-2H106 | Φ106x40 | 50 kN |
| GRM-2H120 | Φ120x40 | 70 kN |
| GRM-2H160 | Φ160x80 | 160 kN |
| GRM-2H180 | Φ180x80 | 220 kN |
| GRM-2H200 | Φ200x80 | 280 kN |
| GRM-2H400 | Φ400x80 | 700 kN |
GRM Two High Rolling Machine can be applied in various metal forming processes, including:
Typical materials include:
A Two High Rolling Mill is mainly used for wire flattening, strip reduction, and simple profile forming. It is suitable for material trials, small-batch production, and single-pass rolling applications.
A Two High Rolling Mill has a simple structure and is suitable for general rolling and forming processes. A Four High Rolling Mill provides higher rigidity and precision, making it suitable for thin strip rolling and applications with higher accuracy requirements.
The mill can be designed for various metals, including copper, aluminum, stainless steel, and other alloys. The final configuration depends on material properties and product requirements.
A typical process includes:
Pay-off → Guiding → Two High Rolling → Inspection → Take-up
The process can be customized according to production requirements.
Yes. GRM provides customized roll designs based on product shape, material characteristics, surface requirements, and production capacity.