Radiant Heating Flat Glass Tempering Furnace

Radiant Heating Flat Glass Tempering Furnace
Radiant Heating Flat Glass Tempering Furnace
Radiant Heating Flat Glass Tempering Furnace
Radiant Heating Flat Glass Tempering Furnace
Radiant Heating Flat Glass Tempering Furnace
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Designed with a radiation heating system, the radiant heating flat glass tempering furnace is efficient glass processing equipment used for flat glass tempering. Featuring high performance, uniform heating distribution and long-lasting structure, this glass processing machine offers efficient and consistent tempering. It becomes an ideal choice for glass fabricators.

Specifications
Model Max. Glass Size (mm) Min. Glass Size (mm) Glass Thickness Range (mm) Output (batch/hour) Installed Capacity (kVA)
TPG2003 2000*300 60*60 2.85~12 18 120
TPG2006 2000*600 80*80 2.85~12 18 250
TPG2010 2000*1000 120*120 2.85~12 18 250
TPG4010 4000*1000 120*120 2.85~12 18 315
TPG2012 2000*1200 160*160 2.85~12 18 315
TPG4012 4000*1200 160*160 2.85~12 18 400
TPG5015 5000*1500 200*200 2.85~12 18 500
TPG4220 4200*2000 240*240 4~19 18 500
TPG5020 5000*2000 240*240 4~19 18 630
TPG3624 3660*2440 240*240 4~19 18 500
TPG4224 4200*2440 240*240 4~19 18 630
TPG5024 5000*2440 240*240 4~19 17 630
TPG6024 6000*2440 240*240 4~19 17 800
TPG8024 8000*2440 240*240 4~19 17 1000

  • Max. Glass Size (mm): 2000*300
  • Min. Glass Size (mm): 60*60
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 120

  • Max. Glass Size (mm): 2000*600
  • Min. Glass Size (mm): 80*80
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 250

  • Max. Glass Size (mm): 2000*1000
  • Min. Glass Size (mm): 120*120
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 250

  • Max. Glass Size (mm): 4000*1000
  • Min. Glass Size (mm): 120*120
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 315

  • Max. Glass Size (mm): 2000*1200
  • Min. Glass Size (mm): 160*160
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 315

  • Max. Glass Size (mm): 4000*1200
  • Min. Glass Size (mm): 160*160
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 400

  • Max. Glass Size (mm): 5000*1500
  • Min. Glass Size (mm): 200*200
  • Glass Thickness Range (mm): 2.85~12
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 500

  • Max. Glass Size (mm): 4200*2000
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 500

  • Max. Glass Size (mm): 5000*2000
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 630

  • Max. Glass Size (mm): 3660*2440
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 500

  • Max. Glass Size (mm): 4200*2440
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 18
  • Installed Capacity (kVA): 630

  • Max. Glass Size (mm): 5000*2440
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 17
  • Installed Capacity (kVA): 630

  • Max. Glass Size (mm): 6000*2440
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 17
  • Installed Capacity (kVA): 800

  • Max. Glass Size (mm): 8000*2440
  • Min. Glass Size (mm): 240*240
  • Glass Thickness Range (mm): 4~19
  • Output (batch/hour): 17
  • Installed Capacity (kVA): 1000

Notes: The output is calculated based on the 5mm glass with 80% loading efficiency and 100% finished product rate. The production line configurations depend on the glass thickness.

Features
  • The speed for loading and unloading conveyor can be automatically set according to the glass size.
  • Feeding length can be set by an automatic device that detects the size of the glass and calculates the cycling time of glass in the heating chamber and cooling zone.
  • High speed and perfect glass tempering for any glass factory;
  • The glass processing equipment is designed with an intelligent heating control module to ensure precise and stable heating control.
  • Fully automated glass tempering for flat glass;
  • Uniform heating to tempered glass is achieved using a radiation heating system.
Applications

Various glass types can be tempered by the glass tempering furnace, including clear, colored glass, reflective glass. The tempered glass has found wide applications in the glass railings, folding glass systems, glass doors, shower cabins, glass partitions, furniture glasses, refrigerator and stove glasses, solar collector glasses, automotive glasses such as rear and side glasses.

Glass Tempering Furnace Components in Detail
    1. Conveyor

      The conveyor is applicable to loading or unloading the glass to the glass tempering furnace. The conveyor speed can be automatically set according to the glass size. Special design on both sides of the conveyor enables your operator to load or unload of large sized glasses with ease.

    1. Blowing System

      Energy savings and reduced energy consumption can be achieved due to the efficient blower and Inverter control.

    1. Well-insulated Furnace Body

      The furnace body is equipped with top quality insulation materials to reduce the energy consumption effectively.

    1. Computerized Control System

      All processing parameters are allowed to be easily preset and changed throughout the process via the user-friendly human-machine interface. The parameters for glass of various thickness are simply saved as orders. In addition, settings can be saved for future use, including glass type and glass thickness. All these enable easy machine operation.

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