The Far Infrared Drying Oven operates on the principle of far infrared radiation heating. It allows far infrared rays to penetrate the sample's surface and generate heat internally, enabling quick and even drying. This technique is commonly applied for processing specialized materials or samples, including coatings and fibers.
The far-infrared drying oven functions by placing far-infrared heating tubes within the air ducts on both sides of the oven. These drying ovens are widely utilized in various industries, research, and laboratory settings for straightforward applications. They provide consistent temperature control and reproducibility to meet diverse application requirements.
Features of Infrared Fast Drying Oven
- Anti-hot handle
- Built with several heater units for enhanced performance.
- Includes built-in leakage protection for enhanced safety.
- Features an inner glass door that allows for convenient monitoring.
- Fitted with a silicone sealing ring to ensure dependable sealing.
- Microprocessor-based controller featuring temperature calibration and timing capabilities.
- Designed for easy air inlet operation, featuring an optimized air duct structure that ensures excellent temperature uniformity.Equipped with far-infrared heating radiator, and temperature control.
- Constructed with a premium stainless steel chamber and equipped with a removable shelf for effortless cleaning.
- Utilizes a temperature selection switch that allows choosing the level based on heating speed and operating temperature.
- Includes a backup temperature control system that maintains normal operation in the event of main temperature controller failure.
- Offers an optional printer or RS485 interface for printing capabilities or for computer connection to enable remote control and alarm functions.
What is Infrared Fast Drying Oven?
The Far Infrared Drying Oven operates by placing far-infrared heating tubes within the air ducts on both sides. Depending on material requirements and temperature variations, it supports top, bottom, or simultaneous left and right heating. Heating power is adjustable via switch groups. A motor forces air through the ducts under strong pressure to maintain uniform internal oven temperature, enabling rapid drying, reducing production time, conserving energy, and enhancing product quality.
Applications of Infrared Fast Drying Oven
This product utilizes advanced far-infrared heating technology characterized by high efficiency and low energy consumption, effectively accelerating the drying process for samples. It is suitable for extensive applications in industrial, agricultural, medical, and scientific research fields as well as laboratory environments.
How to Choose Infrared Drying Oven?
1. Heating method
Far-infrared heating offers high efficiency and deep penetration, making it ideal for fast drying applications.
Uniformity: Guarantee consistent heating to prevent hotspots and uneven drying.
2. Control system
Operation interface: Featuring a touch screen or digital display for straightforward operation.
Temperature control accuracy: Select a high-accuracy temperature control system to maintain stable temperature conditions.
3. Temperature range
Demand matching: Select the appropriate range according to the temperature required for material drying. Far-infrared drying ovens are usually between 50°C and 300°C.
4. Capacity and size
Capacity selection: Choose the suitable box capacity based on the volume of material.
5. Box material
Outer shell material: Constructed with either cold-rolled steel plate coated with spray or stainless steel to guarantee both durability and aesthetic appeal.
Inner liner material: Stainless steel offers corrosion resistance and ease of cleaning, making it ideal for high-temperature and corrosive conditions.
6. Safety performance
Explosion-proof design: When working with flammable or explosive materials, it is essential to select an explosion-proof model.
Overheat protection: Equipped with an automatic power-off feature to prevent overheating.
