| Type: | Glass Tempering Furnace |
|---|---|
| Certification: | CE, ISO |
| Structure: | Horizontal |
| Control System: | PLC |
| Glass Washing Machine Type: | Horizontal Glass Tempering Furnace |
| Glass Edging Machine Type: | Flat Tempering Furnace |
| Customization: |
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Audited Supplier | 1 | Maximum loading size | 2440×4200 mm/mm | |||
| 2 | Minimum single glass size | 300×150 mm /mm | |||
| 3 | Glass thickness range | ≥3.85~19 mm 5-19mm |
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| 4 | Production | 5mm Float glass | 15~16 batch/H | ||
| 5 | Power consumption | 5mm Float glass | ≈3.3kwh/M2 | ||
| Under continuous production with 80% loading efficiency. | |||||
| 6 | Finished product rate | Under continuous production≥98% | |||
| 7 | Heating power | 820KW | |||
| 8 | Required transformer power | 630KVA | |||
| 9 | Flatness | ≤ 0.2 % | |||
| 10 | Standard | GB/T15763.2-2005 | |||
| Suitable Glass Types | |||||
| 1 | Clear float glass | ||||
| 2 | Tinted float glass | ||||
| 3 | Single side screen-printed glass | ||||
| 4 | Normal coated glass | ||||
| 5 | LOW-E glass | ||||
| Technology Features |
| 1. Radiant panel installed in heating chamber, which can avoid broken glass drop and damage heating element and ensure the heat inside chamber is absorbed by glass evenly. It is also convenience for the heating parts maintenance. |
| 2. The heating chamber transmission adopts double round belt, orthogonal setting, which can ensure the stable running. High quality of aluminum silicate insulation scientifically sorting and precision cutting technology, it can be improved the heat efficiency and keep the low temperature outside of the furnace. |
| 3.The alloy sections and steel sheet is card slot design & cold riveted double protection design, which can avoid deformation of heat welding and high pressure long time condition. Air platoons can be adjusted in up-down, left-right, front-back these 6 position for multi-angle adjustment , it can make glass cooling effect is the best. |
| 4.Exclusive new radial arch design & adjustable plate inside design can aggregate the high pressure better. So high pressure air can distribute uniformity that ensures glass flatness will be better. |
| 5.Blower will automatically adjust to Zero Frequency in 60s before glass going out. This design will save more electricity consumption than 20Hz frequency. |
| 6.Pass section is design for 4mm glass, use 2 blower for cooling glass. When 4mm glass come out from heating chamber, big blower will open to quenching glass in pass section, after few second, big blower switch off and small blower on, glass transfer to cooling section for cooling. Advantage of pass section is 4mm glass can be full loading area, so production will be 50% higher than only use one bigger blower but half loading area. What is more, this design can be lower installation power and 60% energy saving for quenching. |
| 7.Fan convection use heat resistant motors to uniform heating in Chamber. Heating can keep inside, so it will be energy saving and shorten heating time. It is designed for efficient and research Low-E glass. it is now the world recognized as the most stable, safe, high efficiency, energy saving way of convection. |
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