Heat Soak Test Furnace
Controlled Heat Soak Test Furnace for thermally toughened safety glass, designed for stable temperature holding, process traceability, and batch production of heat-soaked glass for architectural applications.
Glabek’s Heat Soak Test Furnace is engineered for controlled heat-soak testing of thermally toughened safety glass.
Controlled Heat Soak Test Furnace for thermally toughened safety glass, designed for stable temperature holding, process traceability, and batch production of heat-soaked glass for architectural applications.
Controlled HST process cycle
Designed to support a defined Heat Soak Test process cycle, including heating, temperature holding and controlled cooling for thermally toughened safety glass. The system helps maintain stable control throughout the complete furnace process.
Controlled HST process cycle
Designed to support a defined Heat Soak Test process cycle, including heating, temperature holding and controlled cooling for thermally toughened safety glass. The system helps maintain stable control throughout the complete furnace process.
Uniform temperature management
Optimized furnace insulation, heating layout and forced hot-air convection help maintain consistent temperature distribution across the chamber, supporting repeatable batch results and stable holding conditions.
Uniform temperature management
Optimized furnace insulation, heating layout and forced hot-air convection help maintain consistent temperature distribution across the chamber, supporting repeatable batch results and stable holding conditions.
Multi-point monitoring and process traceability
Multi-point temperature sensors and PLC-based data records help operators monitor each batch, review temperature curves, track alarm history and prepare documentation for internal quality control and project requirements.
Multi-point monitoring and process traceability
Multi-point temperature sensors and PLC-based data records help operators monitor each batch, review temperature curves, track alarm history and prepare documentation for internal quality control and project requirements.
Core Technological Advantages
Select any card to read the full technical description.
Controlled HST process cycle
Designed to support a defined Heat Soak Test process cycle, including heating, temperature holding and controlled cooling for thermally toughened safety glass.
Controlled HST process cycle
Designed to support a defined Heat Soak Test process cycle, including heating, temperature holding and controlled cooling for thermally toughened safety glass. The system helps maintain stable control throughout the complete furnace process.
Uniform temperature management
Optimized furnace insulation, heating layout and forced hot-air convection help maintain consistent temperature distribution across the chamber, supporting r…
Uniform temperature management
Optimized furnace insulation, heating layout and forced hot-air convection help maintain consistent temperature distribution across the chamber, supporting repeatable batch results and stable holding conditions.
Multi-point monitoring and process traceability
Multi-point temperature sensors and PLC-based data records help operators monitor each batch, review temperature curves, track alarm history and prepare docu…
Multi-point monitoring and process traceability
Multi-point temperature sensors and PLC-based data records help operators monitor each batch, review temperature curves, track alarm history and prepare documentation for internal quality control and project requirements.
Flexible chamber and rack configuration
Chamber size, loading trolley, glass rack design and loading capacity can be customized according to maximum glass size, glass thickness range, production vo…
Flexible chamber and rack configuration
Chamber size, loading trolley, glass rack design and loading capacity can be customized according to maximum glass size, glass thickness range, production volume and factory layout.
Safety-focused industrial design
The furnace can be equipped with over-temperature protection, door interlocks, fan status monitoring, alarm logic and controlled cooling functions to support…
Safety-focused industrial design
The furnace can be equipped with over-temperature protection, door interlocks, fan status monitoring, alarm logic and controlled cooling functions to support safer daily operation.
Easy operation and maintenance
Operator-friendly HMI menus, clear process status display, HST cycle parameter settings and clear alarm information help reduce training difficulty and simpl…
Easy operation and maintenance
Operator-friendly HMI menus, clear process status display, HST cycle parameter settings and clear alarm information help reduce training difficulty and simplify routine maintenance checks.
Technical Performance Specs
Configuration-dependent values for professional production.
| Parameter | Specification |
|---|---|
| Applicable glass | Thermally toughened safety glass / tempered flat glass; final scope to be confirmed according to applicable product standards and customer process requirements. |
| Max. glass size | 3660 × 2440 mm; 5000 × 2500 mm; 6000 × 2800 mm |
| Temperature range | Ambient temperature to 320℃ |
| Heating method | Electric heating with forced hot-air convection |
| Control system | PLC + HMI control system |
| Data recording | Batch records, temperature curves and alarm logs available; data export can be configured according to project requirements. |
| Install Power | Approx. 120–350 kW, depending on furnace size, loading capacity and configuration. |
| Power supply | 3-phase, 400 V, 50 Hz; other voltages available on request |
Discuss your project requirements
Contact our engineering team for layout planning, configuration options and project-specific quotations.
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