New High Temperature Drying Cabinet

1. Definition and Basic Characteristics

New High Temperature Drying Cabinet(also known as high-temperature drying oven) is an industrial drying equipment with electric heating, hot air circulation or vacuum technology as its core. The temperature range usually covers 100 ℃ to 600 ℃, and some ultra-high temperature models can reach above 600 ℃.

Its core functions include:

Drying: Removing moisture or volatile components from materials (such as moisture proofing of electronic components and dehydration of food).

Heat treatment: such as metal annealing, ceramic sintering, resin curing, etc.

Sterilization and aging testing: suitable for dry heat sterilization and material durability testing of medical equipment and biological products.

Structural features:

The box is made of stainless steel or high-quality steel plate, lined with insulation material (such as aluminum silicate fiber) to improve energy efficiency.

Equipped with a forced air blowing system (fan+air duct) to ensure temperature uniformity (within ± 2.5%).

Intelligent temperature control systems (such as PID regulation) support precise temperature control and programmed operation.

2. Classification and industry adaptation

According to performance and industry requirements, high-temperature drying cabinets can be divided into the following types:

Low temperature (<100 ℃), medium temperature (100-250 ℃), high temperature (250-600 ℃), ultra-high temperature (>600 ℃)

Food drying (medium temperature), metal annealing (high temperature), special material sintering (ultra-high temperature)

Vacuum drying oven, explosion-proof drying oven, hot air circulation drying oven, programmable oven

Chemical raw materials (explosion-proof type), precision electronics (vacuum type), mass production (hot air circulation type)

Industry specific

Electronic industry drying oven, electroplating drying oven, pharmaceutical sterilization oven

Circuit board moisture-proof (electronic), coating curing (electroplating), medical device drying (pharmaceutical)

3. Differences from Similar Devices

High temperature oven vsNew High Temperature Drying Cabinet：

Structural differences: Drying cabinets usually have larger capacity and are designed as double door or mobile trolley structures, suitable for batch processing; Ovens are mostly small laboratory equipment

Temperature control: Oven requires higher uniformity above 300 ℃, while drying cabinet pays more attention to the stability of industrial production

Drying oven vs. drying cabinet:

Functional focus: The drying oven emphasizes precise humidity control (such as laboratory sample dehydration), while the drying cabinet emphasizes high-temperature and rapid drying (such as industrial materials).

Technical specifications: The temperature uniformity of the drying oven is ± 2.5%, while high-temperature drying cabinets may require higher precision to meet heat treatment requirements.

4. Core application scenarios

Industrial sector:

Food processing: fruit dehydration, grain drying (medium temperature type).

Electronic manufacturing: PCB board moisture resistance, component aging testing (vacuum type is selected when oxygen free environment is required).

Chemical/Pharmaceutical: Raw material drying, instrument sterilization (high temperature+clean design).

Research fields: High temperature performance testing of materials, ceramic sintering (ultra-high temperature models).

5. Selection and usage suggestions

Key parameters:

Temperature range, uniformity, energy consumption (such as<120kW · h at 600 ℃).

Operating standards:

Do not bake flammable and explosive materials. They must be placed horizontally and grounded.

Gradually increase the temperature to avoid thermal shock.