EVA Glass Laminating Furnace
Autoclave-free EVA glass laminating furnace for safety glass ,decorative laminated glass, and PDLC smart glass. Vacuum bag lamination, stable heating, PLC + HMI control and flexible multi-layer configurations for professional custom glass production.
Professional EVA Glass Lamination for Safety, Decorative and Smart Glass Production
Autoclave-free EVA glass laminating furnace for safety glass ,decorative laminated glass, and PDLC smart glass. Vacuum bag lamination, stable heating, PLC + HMI control and flexible multi-layer configurations for professional custom glass production.
Autoclave-free EVA glass lamination
The furnace uses vacuum bag lamination and controlled heating to produce EVA laminated glass without a high-pressure autoclave. This simplifies the production route and provides a flexible solution for safety，decorative and customized laminated glass applications. Stable vacuum environment for clear and consistent lamination The vacuum bag system provides a stable evacuated environment for the glass-EVA assembly throughout the lamination cycle. Combined with controlled heating, it supports uniform interlayer contact, consistent EVA flow and high optical clarity in decorative, transparent and smart glass production.
Autoclave-free EVA glass lamination
The furnace uses vacuum bag lamination and controlled heating to produce EVA laminated glass without a high-pressure autoclave. This simplifies the production route and provides a flexible solution for safety，decorative and customized laminated glass applications. Stable vacuum environment for clear and consistent lamination The vacuum bag system provides a stable evacuated environment for the glass-EVA assembly throughout the lamination cycle. Combined with controlled heating, it supports uniform interlayer contact, consistent EVA flow and high optical clarity in decorative, transparent and smart glass production.
Uniform heating and reliable bonding conditions
Electric heating with optimized heat distribution supports consistent temperature conditions inside the furnace. This helps EVA film soften, flow and bond properly between glass layers, supporting repeatable production quality across different glass structures.
Uniform heating and reliable bonding conditions
Electric heating with optimized heat distribution supports consistent temperature conditions inside the furnace. This helps EVA film soften, flow and bond properly between glass layers, supporting repeatable production quality across different glass structures.
Flexible process settings for different glass builds
Process parameters such as vacuum time, heating temperature, holding time and cooling stage can be adjusted according to glass thickness, EVA film type, inserted materials and product requirements. This flexibility is especially valuable for mixed orders and customized glass projects.
Flexible process settings for different glass builds
Process parameters such as vacuum time, heating temperature, holding time and cooling stage can be adjusted according to glass thickness, EVA film type, inserted materials and product requirements. This flexibility is especially valuable for mixed orders and customized glass projects.
Core Technological Advantages
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Autoclave-free EVA glass lamination
The furnace uses vacuum bag lamination and controlled heating to produce EVA laminated glass without a high-pressure autoclave.
Autoclave-free EVA glass lamination
The furnace uses vacuum bag lamination and controlled heating to produce EVA laminated glass without a high-pressure autoclave. This simplifies the production route and provides a flexible solution for safety，decorative and customized laminated glass applications. Stable vacuum environment for clear and consistent lamination The vacuum bag system provides a stable evacuated environment for the glass-EVA assembly throughout the lamination cycle. Combined with controlled heating, it supports uniform interlayer contact, consistent EVA flow and high optical clarity in decorative, transparent and smart glass production.
Uniform heating and reliable bonding conditions
Electric heating with optimized heat distribution supports consistent temperature conditions inside the furnace.
Uniform heating and reliable bonding conditions
Electric heating with optimized heat distribution supports consistent temperature conditions inside the furnace. This helps EVA film soften, flow and bond properly between glass layers, supporting repeatable production quality across different glass structures.
Flexible process settings for different glass builds
Process parameters such as vacuum time, heating temperature, holding time and cooling stage can be adjusted according to glass thickness, EVA film type, inse…
Flexible process settings for different glass builds
Process parameters such as vacuum time, heating temperature, holding time and cooling stage can be adjusted according to glass thickness, EVA film type, inserted materials and product requirements. This flexibility is especially valuable for mixed orders and customized glass projects.
Wide application range for high-value glass products
The furnace can be used for EVA laminated safety glass, decorative glass, PDLC smart glass, colored laminated glass, printed film glass, fabric laminated gla…
Wide application range for high-value glass products
The furnace can be used for EVA laminated safety glass, decorative glass, PDLC smart glass, colored laminated glass, printed film glass, fabric laminated glass and wire mesh glass. It gives glass processors the ability to expand beyond standard glass processing into higher-value product categories.
Customizable chamber and multi-layer configuration
Chamber size, number of furnace layers, silicone vacuum bags and loading method can be configured according to maximum glass size, production volume and work…
Customizable chamber and multi-layer configuration
Chamber size, number of furnace layers, silicone vacuum bags and loading method can be configured according to maximum glass size, production volume and workshop layout. Multi-layer furnace designs can improve production efficiency while maintaining flexibility for different order types.
PLC + HMI control for easy daily operation
The operator-friendly HMI allows users to set, monitor and adjust key process parameters clearly.
PLC + HMI control for easy daily operation
The operator-friendly HMI allows users to set, monitor and adjust key process parameters clearly. Temperature, vacuum status, process time and alarm information can be displayed in real time, helping operators maintain stable production with less manual uncertainty.
Designed for practical maintenance and long-term use
Accessible vacuum components, heating elements, silicone bags, seals and electrical controls help simplify daily inspection and maintenance.
Designed for practical maintenance and long-term use
Accessible vacuum components, heating elements, silicone bags, seals and electrical controls help simplify daily inspection and maintenance. Clear alarm information and practical component access support reliable operation in professional glass processing environments.
Technical Performance Specs
Configuration-dependent values for professional production.
| Parameter | Specification |
|---|---|
| Product type | Dual-chamber EVA glass laminating furnace |
| Lamination process | Vacuum bag EVA lamination with controlled electric heating |
| Max. glass size | 3660 × 2440 mm; 4500 × 2500 mm; 6000 × 2500 mm |
| Loading configuration | Flexible 1–4 tray / vacuum bag operation according to production demand |
| Applicable materials | EVA film, PDLC film, colored film, printed film, fabric, wire mesh and compatible decorative inserts |
| Heating system | Electric heating with forced hot-air circulation and zoned adjustable airflow |
| Cooling system | Forced cooling for improved production efficiency |
| Temperature range | Ambient temperature to approx. 160°C |
| Vacuum system | Industrial vacuum system with vacuum display, pressure holding and alarm monitoring |
| Control system | PLC + HMI control with adjustable process parameters |
| Power supply | 3-phase, 400 V, 50 Hz; other voltages available on request |
| Customization | Glass size, tray quantity, chamber structure, airflow zoning and control functions can be customized |
Discuss your project requirements
Contact our engineering team for layout planning, configuration options and project-specific quotations.
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