We are a research and development, manufacturing, and sales manufacturer specializing in soft porcelain production lines, tunnel furnace baking equipment, industrial ovens, UV curing machines, and other related equipment.
Our company's products are widely used in industries such as soft porcelain, automobiles, materials, lithium batteries, electronics, hardware, mechatronics, printing, and spraying.
As a trusted Custom Glue Discharge Oven Supplier, we proudly present our High-Temperature Glue Discharge Oven—a specialized solution designed for demanding industrial environments where precision, temperature stability, and adhesive discharge efficiency are critical. This high-performance Oven is widely used in electronics, semiconductors, optics, automotive, and other manufacturing industries that require thermal processing of glue, resin, or adhesives.
Also referred to as a Glue Discharge Oven, Glue Removal Oven, Resin Discharge Oven, or Adhesive Discharge Oven, this equipment is ideal for thermal decomposition, curing, drying, and baking processes. Whether you're handling epoxy curing, silicone discharge, or high-temp preheating, our oven delivers controlled, uniform, and high-temperature environments essential for consistent and contamination-free results.
1.Excellent high-temperature performance: able to reach and maintain a high working temperature, usually up to hundreds of degrees Celsius, to meet the curing needs of different glues at high temperatures.
2.Precise temperature control: Adopting advanced temperature control system, it can accurately set and maintain the temperature inside the oven to ensure that the glue is cured within the optimal temperature range.
3.Uniform hot air circulation: Through the built-in hot air circulation system, the temperature distribution inside the oven is more uniform, avoiding the phenomenon of local overheating or overcooling, ensuring the consistency and stability of glue curing.
4.High efficiency and energy saving: adopting high efficiency heating element and heat preservation material to improve thermal efficiency and reduce energy consumption. Meanwhile, the intelligent control system can adjust the heating power according to the actual demand, further saving energy.
5.High safety performance: the equipment is usually equipped with over-temperature protection, overload protection and other safety devices to ensure that the power supply can be cut off and alarmed in time to prevent accidents in abnormal situations.
6.Easy to operate and maintain: The humanized design concept and intelligent control system make the operation of the equipment easier and faster. At the same time, the internal structure of the equipment is reasonably designed and easy to disassemble and clean, which is convenient for users to carry out daily maintenance.
| Category | Item | Specification / Description |
|---|---|---|
| Model & Structure | Model | Non-standard Customization |
| Overall Dimensions | H1800 × W1000 × D880 mm | |
| Inner Tank Dimensions | H700 × W600 × D600 mm | |
| Outer Shell Material | 2.0mm thick cold-rolled steel plate (bent and welded) | |
| Inner Tank Material | 1.5mm thick 304# stainless steel plate | |
| Sealing | High-temperature-resistant silicone double-layer sealing | |
| Appearance | Clean surface, pollution-free, baking paint finish | |
| Performance Parameters | Total Power | ≈ 9KW |
| Power Supply | AC220V/50Hz or AC380V/50Hz | |
| Temperature Range | 50 – 500℃ Adjustable | |
| Heating Rate | 8℃/min | |
| Airflow Mode | Three-side circulating airflow or horizontal circulating airflow | |
| Temperature Uniformity | ±1.3% (empty furnace test) | |
| Control System | Temperature Controller | Intelligent PID controller with LED display |
| Output Mode | SSR solid-state relay or SCR power regulator | |
| Air Duct Design | Customized based on product characteristics, ensures uniform temperature | |
| Optional Interface | Touchscreen HMI system for intuitive operation | |
| Protection Functions | Safety Control | PID self-tuning, automatic constant temperature, automatic timing |
| Safety Alarms | Over-temperature power-off, power-off memory, motor overload protection | |
| Electrical Safety | Fuse and no-fuse switch control circuit design | |
| Application Scope | Electronics | Semiconductors, LCM, LCD, LED, MLCC, TFT, precision ceramics |
| Passive Components | PCB, PE, electrolytic capacitors | |
| Rubber & Silicone | Silicone parts, rubber & plastic keyboards | |
| Computer & Motor | Computer components, motors | |
| Communications & Hardware | Communication equipment, hardware processing | |
| Other Industries | Chemicals, sporting goods, printing, pharmaceuticals, footwear, auto parts | |
| Remarks | Customization | Support for various sizes, specifications, and non-standard configurations |
This Industrial Glue Baking Oven features an intelligent temperature control system with PID self-tuning, LED digital display, and precise SSR or SCR output. It ensures rapid heating with excellent thermal uniformity, making it a reliable High Temp Baking Oven.
Safety is at the core of its design, including:
Over-temperature power-off protection
Power-off memory & recovery
Motor overload protection
Built-in fuse and no-fuse circuit safeguards
The oven's structure uses a 2.0mm cold-rolled steel shell and a 1.5mm SUS 304# stainless steel inner chamber, offering superior durability and a clean operating environment. Its double-layer heat-resistant adhesive oven seal ensures airtight insulation, minimizing heat loss.
Our High-Temperature Curing Oven supports a variety of thermal applications across multiple industries, including:
Electronics & Semiconductors: Curing, drying, and aging of LCM, LCD, LED, MLCC, TFT, PCB components.
Automotive & Optical Components: Adhesive baking and epoxy resin removal for sensors, modules, and optical devices.
Rubber, Silicone & Plastics: Degassing and preheating of rubber keypads, plastic components, and thermoset materials.
Industrial Hardware & Communication Equipment
Chemicals, Pharmaceuticals, Footwear & Printing
It serves as a reliable Epoxy Curing Oven and Heat-Resistant Adhesive Oven in high-throughput production environments.
Custom Glue Discharge Oven Supplier – Tailored to your production lines and space requirements
OEM/ODM Adhesive Oven Manufacturer – End-to-end engineering and fabrication support
High Efficiency – Up to ±1.3% temperature uniformity ensures consistent output
Versatile – Supports epoxy, silicone, acrylics, PU adhesives, and more
User-Friendly Operation – Optional HMI touchscreen for intuitive monitoring
Safety Assured – Advanced protection systems meet industrial-grade standards
FAQ
What is a Glue Discharge Oven?
A Glue Discharge Oven is an industrial oven designed for curing, drying, or emitting adhesives (glue) during manufacturing processes. It ensures the even and efficient curing or drying of glue used in various applications such as electronics, automotive, packaging, and furniture production.
What types of adhesives can be processed in a Glue Discharge Oven?
Glue Discharge Ovens are designed to handle a variety of adhesives including hot melt adhesives, epoxy resins, polyurethane, silicone, and pressure-sensitive adhesives. The oven is adjustable to accommodate different curing temperatures and time requirements for each type of adhesive.
How does a Glue Discharge Oven work?
The oven works by circulating heated air around the glued materials to promote the curing or drying process. The temperature and airflow are carefully controlled to ensure the adhesive is evenly dried or cured without damaging the substrate or causing issues like bubbling or uneven bonding.
What is the typical temperature range for a Glue Discharge Oven?
The typical temperature range for a Glue Discharge Oven is from 50°C to 250°C. Some models can reach up to 300°C, depending on the type of adhesive being processed and the specific requirements of the manufacturing process.
Can the temperature and airflow be controlled in a Glue Discharge Oven?
Yes, most Glue Discharge Ovens come with a precision temperature control system that allows operators to adjust the temperature according to the needs of the adhesive. The airflow is also adjustable to ensure uniform curing or drying, preventing localized overheating or under-curing.
What are the benefits of using a Glue Discharge Oven in manufacturing?
1.Improved Product Quality: Ensures even curing and consistent adhesive bonding.
2.Increased Efficiency: Speeds up the curing or drying process, improving production throughput.
3.Energy Saving: Optimized heating and air circulation reduce energy consumption.
4.Environmentally Friendly: Includes exhaust systems that remove potentially harmful fumes or gases.
How long does it take to cure or dry glue in a Glue Discharge Oven?
The curing or drying time depends on the type of glue, temperature, and airflow. Typically, the process can take anywhere from a few minutes to several hours. The oven's adjustable settings allow manufacturers to tailor the process to the specific adhesive and production requirements.
Can a Glue Discharge Oven be customized for specific production needs?
Yes, Glue Discharge Ovens are often customizable in terms of size, capacity, temperature range, and airflow configuration. Manufacturers can choose from different models based on the scale of production and the types of adhesives being used.
What industries typically use Glue Discharge Ovens?
Glue Discharge Ovens are used in industries such as:
1.Electronics: For curing adhesives in components like circuit boards or sensors.
2.Automotive: For bonding parts like windshields, trim, and upholstery.
3.Packaging: For drying adhesives in cardboard, plastic, or flexible packaging.
4.Furniture Manufacturing: For curing adhesives used in wood, laminate, and upholstery.
5.Construction: For adhesives used in insulation and building materials.
What safety features are included in a Glue Discharge Oven?
Common safety features of Glue Discharge Ovens include:
1.Over-temperature Protection: Automatically shuts down the oven if the temperature exceeds a set threshold.
2.Fire Safety Systems: Equipped with temperature sensors and fire-resistant materials.
3.Exhaust Systems: Ensures proper ventilation to safely release fumes or gases generated during the curing process.
4.Emergency Stop Button: Allows quick shutdown in case of a malfunction or emergency.
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