Product Name: MT-GSW Series Double-curvature Glass Tempering Furnaces
Introduction: MT-GSW series double-curvature glass tempering furnace is the most advanced and economic patent product designed for high-precision glass processing.
| Type |
Glass Thickness (mm) |
Max. Size (mm) |
Min. Radius (mm) |
Max. Depth (mm) |
Precision |
Yield (load/h) |
| MT-GSW1608 |
3.5-6 |
1600×800 |
100 |
100 |
≤2 |
36-38 |
| MT-GSW1810 |
3.5-6 |
1800×1000 |
120 |
120 |
| MT-GSW2012 |
4-6 |
2000×1200 |
120 |
120 |
| MT-GSW2212 |
4-6 |
2200×1200 |
150 |
150 |
1. The yield is calculated for 4mm glass with two working positions.
2. The above sizes are standard; machines can be designed according to special requirements.
Frequently Asked Questions
What types of glass can the MT-GSW series process?
The MT-GSW series is specifically designed for double-curvature and irregular curved glass, with a thickness range of 3mm to 19mm (specific models optimized for 3.5-6mm).
What control systems are used in this furnace?
The machine utilizes a full suite of high-quality Omron components, including the PLC, expansion I/O units, analog output units, and various switches/encoders for precision control.
How does the furnace achieve energy efficiency?
It uses top-tier insulating materials from Japan and a special spire screwy matrix heating method combined with professional heat-preservation layer arrangements to minimize energy loss.
Can the machine be customized for specific glass sizes?
Yes, while we have standard models like the 1608 and 2212, we can design and manufacture the furnace according to your specific technical and size requirements.
What is the typical production yield?
For 4mm glass with two working positions, the yield typically ranges between 36 to 38 loads per hour, depending on the glass complexity and size.
What components ensure the quality of the glass surface?
The use of Vesuvius ceramic rollers and a special forming chamber ensures that the glass remains smooth and maintains a perfect spherical surface during the high-temperature tempering process.