The Glass Baking Tunnel Oven is a high-efficiency industrial furnace that continuously transports glass materials into the heating zone through a conveyor system for thermal processing. Its main structure includes a continuous conveying system, multi-zone precise temperature control system, and hot air circulation system.It is widely used for glass screen-printing ink curing, tempering preheating, coating drying, and electronic glass packaging processes.

Application Fields

1. Automotive and Architectural Glass

Used for drying and curing:

Screen-printing inks

Conductive silver pastes

Functional coatings on automotive and architectural glass

2. Electronic and Display Glass

Used for:

Adhesive curing on mobile phone panels and touch screens

Moisture removal baking of ITO glass surfaces

Thermal processing of display glass components

3. Household and Decorative Glass

Used for continuous sintering and curing of:

Painted patterns and decals on glass products

Coatings and pigments sprayed on glass bottles

Applicable Standards

Safety and Electrical Standards

Complies with industrial machinery electrical safety requirements, including:

GB 5226.1 — Electrical Safety of Machinery — Electrical Equipment of Machines — Part 1: General Requirements

IEC 60204-1 — Safety of Machinery — Electrical Equipment of Machines

Environmental Protection and Energy Consumption Standards

Exhaust emissions shall comply with national standards for atmospheric pollutant emissions from industrial furnaces and kilns.

The external surface temperature rise of the furnace body shall comply with national occupational health and industrial facility design requirements.

Industry Requirements

Follows process specifications for different industries, such as:

Electronic component manufacturing

Automotive glass production

Heat treatment process verification under ISO 9001 quality management systems

Equipment Features

1. Efficient Continuous Production

The equipment adopts a conveyor-based continuous feeding system, making it suitable for large-scale production and automated assembly line operations.

2. Uniform and Stable Temperature Control

The system adopts multi-zone independent PID temperature control combined with forced hot air circulation to ensure stable furnace temperature and minimize temperature deviations.

3. Energy Saving and Environmental Protection

Equipped with:

High-efficiency thermal insulation layers

Exhaust extraction and purification systems

to improve heat utilization efficiency and reduce energy consumption and environmental impact.

4. High Automation Level

The equipment can be seamlessly integrated with upstream and downstream robots or production lines, while providing real-time monitoring and recording of temperature curves for process traceability.

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