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Laborator Electric Drying Oven

Laborator Electric Drying Oven

1.220V 50HZ
2.Powder: 2000W
3.Electric Blast Drying Oven

Laboratory Blast Forced Hot Air Drying Oven

Laboratory Hot Air Oven.jpg

Laboratory Hot Air Oven.jpg

1. TOB-DHG-9203A Electric Air Blast Drying Ovens are used for a variety of applications like drying or tempering electronic components, material tests, in industrial and mining enterprises, laboratory, scientific research institute, etc for drying, baking and wax-melting, sterilization, etc.


2. The inner material is stainless steel, easy cleaning. the shell is made of high quality steel, beautiful and innovative.


3. Temperature control is microcomputer intelligent digital technology controller with over-temperature alarm and digital display meter.  High-precision temperature control.


4. Hot air circulating system consist of air blower and suitable air flue, continuous operation at high temperatures, improve temperature uniformity.


5.  Independent temperature limit alarm system, it will be automatically interrupted if over the limit temperature, so as to guarantee the safe of experiment and operation without any accident.(Optional)

l Have RS485 interface which could connect the recording instrument and computer, can record the change of temperature and humidity parameters. (optional)


Electric Blast Drying Oven  TOB-DHG-9203A

Source voltage

220V 50HZ




One Year limited warranty with lifetime support

Work box size(L*W*H)


Oven size(L*W*H)


Temperature range


Temperature resolution


Temperature fluctuation


Temperature controller

30 segment programmable temperature controller. 

Self tuning function. The timing time can up to 9999 minutes


A grade PT100 Platinum resistance

Heat pressure layer

High quality insulation system, inner box, inner shell,ultra-fine glass fiber, 

Aluminum foil aluminum reflector, air - interlayer from inside to outside.

Observe window

The box door are provided with double-layer tempered glass observation 

window, can observe the test result easily

Heating mode

Electric heating. Nickel chromium alloy electric heater

Safety installation

With over temperature protection, grounding etc.

Wind duct

Forced air circulation channel, ensure that the studio uniform temperature; 

air duct provided with a heater, temperature sensor

Adjustable air intake

The control box and outlet air quantity, the casing is provided with an

 exhaust can close or adjust discharge mouth to change wind effect.



Timing range


Lab Drying Oven


With Customized plug and voltage

electric drying oven

Laboratory Hot Air Oven

Hot Air Blast Drying Oven

Provide One-stop Solution For Lithium ion Battery Making

Forced Air Drying Oven



1). Designed with sample protection as a priority

Your laboratory oven is an invaluable part of your daily workflow, enabling simple glassware drying to the most complex, controlled heating applications. Our heating and drying ovens portfolio ensures temperature stability and reproducibility for all your desired application needs. Helping to enable maximum efficiency, safety, and ease of use,  heating and drying ovens are designed with sample protection as a top priority. 

2). How Gravity Convection works?

In a gravity convection oven, the temperature distribution is based on warm air moving upwards (see above). There is no fan that actively distributes the air inside the chamber. The benefit of this technology is very low air turbulences for gentle drying and heating.

3.) How Mechanical Convection works?

In a mechanical convection (or forced air) oven an integrated fan actively moves the air inside the chamber – resulting in an even temperature distribution throughout the chamber (see above). One benefit is optimal temperature uniformity for reproducible results, for example in material testing and for drying protocols with very tight temperature requirements. Another advantage is a much faster drying process compared to gravity convection. When opening the door, the temperature will recover faster to the set temperature level in a mechanical convection oven.

4). What is the use of industrial ovens?

Drying ovens are used to remove moisture content from coatings and various substrates. The drying process occurs through a variety of laboratory applications including sterilization of materials and equipment, evaporation, temperature testing and incubating. The below drying ovens are designed for various needs and are offered in an array of sizes and temperature ranges, including customizable drying ovens.

5). Drying Ovens remove moisture.

The function of a Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency.

Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

6). Drying Oven Features include:

Economical operation is achieved with superior thermal process engineering practices that apply state-of-the-art insulation material, airflow management, and custom programming.

Recirculation fans with high efficiency motors to reduce energy consumption.

Recirculation ductwork designs provide precise airflow to specific areas of the product resulting in smaller foot print ovens thus reducing utility and factory space costs.

High-efficiency (gas or electric) heat sources to reduce energy costs.

Robust structural oven frames and component supports.

Application specific insulation materials are selected to provide optimum insulating characteristics and long term energy savings.

Design considerations for easy access to process areas and oven components.

Private labeled and purchased components meet UL, UR, and CE standards.

Programmable controllers with HMI (Human Machine Interface) displays allow for user friendly operation and machine diagnostics.

NEMA style control panels.

Factory tested to ensure on time delivery and field start up.

24/7 factory direct technical service and spare parts group.

7). Available Options

Inert atmosphere ovens and furnaces.

Can construction oven and furnace bodies.

Exhaust air to air heat recovery systems.

Thermal and regenerative oxidizers.

Industrial computers with Ethernet for remote diagnostic and communication capabilities.

UL or CE certified control panels or complete systems.

PE certifications to meet a variety of client or government specific requirements.

Advance thermal, vibratory, and dB testing with certification.

In-house laboratory featuring a custom test oven and other related thermal equipment.

Factory direct installation services.

Conduct an energy efficiency analysis on the existing thermal processing equipment.

Upgrade for all makes and models of thermal processing equipment to meet today’s process, energy, and government standards.

Each Drying Oven is designed for the specific application and environment.

8). Construction Specifications

Heavy gauge Aluminized Steel.

304, 316 Stainless Steel or other Nickel Alloys for temperature and corrosion resistance

High-Density energy-saving insulation

Panel or can type construction available

Access to the interior of the oven, fan, and heating chamber

Important Notice.

   1)Customers should be sure whether their countries are allowed to import this product purchasing.

   2)If you`re unsure of whether your country allows these kinds of products or not.

   3)we recommend you to contact the custom for confirmation.

   4)We will not be responsible for losses due to customs confiscation.

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