CE-certified industrial forced-air drying ovens: efficient and safe industrial drying solutions

In industrial production, the efficiency and safety of the drying process is crucial to product quality and production progress, CE certified industrial forced air drying oven has become the ideal drying equipment for many industries due to its excellent performance and safety features.

I. Efficient forced ventilation system

The drying oven is equipped with a powerful fan, which can realize the forced circulation of air and ensure the uniform distribution of temperature inside the oven. This forced ventilation system not only accelerates the drying speed, but also improves the consistency of the drying effect. Even when dealing with large quantities of materials, it can ensure that every corner can obtain the same drying conditions, thus improving the production efficiency and reducing the rate of defective products.

Second, the safety of CE certification

CE certification means that the equipment meets the safety, health and environmental standards of the European Union. The drying oven is equipped with multiple safety mechanisms, such as overheating protection, temperature monitoring, automatic power-off function, etc., to ensure the safety of the equipment and operators in various unexpected situations. In addition, the electrical system and mechanical structure of the equipment have been rigorously tested to comply with international safety norms, effectively reducing the risk of use in industrial environments.

Third, accurate temperature control

Adopting advanced temperature control system, it can realize precise temperature control from ambient temperature to 300 degrees, and the precision of temperature fluctuation can be controlled within ±1℃. Users can easily set the required drying temperature through the intuitive digital interface, and real-time monitoring of the temperature changes in the box to ensure that the drying process is always stable in the ideal temperature range to meet the sensitive needs of different materials to temperature.

Durable structure design

Drying box box body is made of high quality materials, the inner liner is usually made of stainless steel, with good corrosion resistance and easy to clean, can keep the box environment pure for a long time, to prevent the outside world impurities on the material caused by pollution. Box shell is made of high-strength cold-rolled steel plate, and after special surface treatment, has a good resistance to high temperature, anti-deformation properties, can be stable in the harsh industrial environment.

Flexible drying program

It is suitable for drying various materials, such as electronic components, foodstuffs, chemical raw materials and so on. Users can flexibly adjust the temperature, time and wind speed and other parameters according to the characteristics and drying requirements of different materials to realize personalized drying process. In addition, the equipment also supports the setting of multi-stage drying program to meet the needs of complex drying process and ensure that each material can achieve the ideal drying effect.

The CE certified industrial forced-air drying oven has become the ideal choice in the field of industrial drying with its highly efficient drying performance, precise temperature control, robust and durable structural design and perfect safety protection mechanism. In the pursuit of high quality, high efficiency and safety of modern industrial production, it is undoubtedly the key equipment to ensure product quality and production safety.

When customizing your drying oven, temperature control options are a key factor in ensuring that your equipment meets your specific drying needs. Below are some common temperature control options and their characteristics:

1. PID Control Technology

Features: PID (Proportional-Integral-Differential) control technology is used to automatically adjust the heating power by continuously monitoring the difference between the temperature inside the oven and the set temperature to ensure that the temperature stabilizes near the set value and to improve the precision of temperature control.

Applicable Scenario: It is suitable for drying processes that require high precision temperature control, such as electronic components, pharmaceuticals and other materials that are sensitive to temperature.

2. Intelligent control system

Characteristics: The control system with integrated microprocessor or computer interface can realize more complex temperature control procedures, such as gradient temperature rise, heat preservation and gradual temperature reduction, etc., to meet the needs of complex heat treatment processes.

Scenario: Suitable for drying processes that require multi-stage temperature control, such as complex drying processes in food, pharmaceutical and other industries.

3. Independent temperature control module

Characteristics: Equipped with multiple independent temperature control modules, it can control the temperature of different areas in the box separately, suitable for application scenarios requiring multiple processing temperatures.

Applicable scenarios: suitable for drying processes that require different temperatures to be set in different areas, such as different drying conditions for materials in different locations in a large drying box.

4. Constant temperature control

Characteristics: The temperature inside the drying oven is kept at a fixed value. This control method is simple and easy to implement, applicable to the drying process which does not require high temperature or the material nature is uniform.

Applicable scene: it is suitable for materials with low temperature requirement, such as the drying of certain chemical raw materials.

5. Progressive temperature control

Characteristics: The temperature starts from a lower value and rises gradually as the drying process proceeds. This method can effectively prevent the problem of premature drying on the surface of the material while the interior is still wet.

Scenario: It is suitable for materials with high requirements on drying uniformity, such as the drying process of food, pharmaceutical and other industries.

6. Circulation temperature control

Characteristics: The temperature inside the drying oven will be adjusted automatically according to the state of the material and the drying progress, and the feedback control system is adopted for real-time adjustment. This method can realize more precise temperature control.

Applicable scenario: It is suitable for production processes with high drying requirements, such as drying of high-value electronic components.

7. Partition temperature control

Characteristics: The drying oven is divided into several zones, and each zone can control its temperature independently. This kind of control method is suitable for the situation that different materials need different drying conditions.

Scenario: It is suitable for drying many different materials at the same time, such as different batches of materials in a large production line.

8. Touch screen control

Characteristics: 7-inch true-color touch screen control, 99-cycle/10-segment programming, high vacuum solenoid valve for pumping/inlet valve, full-automatic control, automatic vacuum replenishment, and the sensitivity of vacuum replenishment can be adjusted by yourself.

Applicable scenario: suitable for drying processes that require high automation and precise control, such as laboratories and high-precision production environments.

9. Temperature Sensor

Characteristics: Common temperature sensors include thermocouple, RTD and thermistor, which can convert temperature changes into electric signals and transmit them to the control system.

Applicable Scenario: Applicable to various drying ovens to ensure accurate temperature measurement and control.

10. Temperature curve programming

Features: Users can set different temperatures for different time periods to meet the needs of complex drying processes. The display is usually digital, clear and intuitive.

Applicable Scenario: It is suitable for the drying process that requires complex temperature changes, such as the drying of some special materials.