Oxygen-Free Dual Control Oven/Oxygen-Free Drying Oven Features:
The manufacturing of oxygen-free ovens involves the use of argon arc welding for all seams of the stainless steel inner shell, ensuring excellent sealing performance. This design allows for rapid deoxygenation or temperature reduction, which contributes to product quality.
Main Application: Satisfies the non-oxidative drying requirements for industries such as electronics, sanitation, instruments and meters, factories, colleges and universities, scientific research, and more.
I. Equipment Features
1. Internally, it features full tungsten inert gas (TIG) welding, high-temperature silicone clamping for good airtightness.
2. High-temperature resistance, clean.
II. Compliance and Standard Fulfillment
GB/T11158-1989 Technical Conditions for High-Temperature Test Chambers
GB 2423.2-1989 Test B
Section 3: Equipment Usage
The oxygen-free oven is suitable for the production and scientific research departments of electronic liquid crystal displays, LCDs, CMOS, ICs, and laboratories.
The anaerobic oven can also be used for drying, heat treatment, aging, and other high-temperature tests of non-volatile and non-flammable, non-explosive items.
Section 4: Equipment Technical Specifications
Name and Model: Oxygen-Free Oven
2. Main Technical Specifications:
2.1 Oxygen Concentration: ≤0.5%
2.2 Temperature Range: RT (Room Temperature) +10 to +250℃
2.3 Temperature Deviation: ≤±2.0℃
2.4 Heating Rate: ≥3~5℃/min (average measurement throughout the process under no load condition)
3. Case Structure:
3.1 Box Material: Outer box made of SS41# medium carbon steel plate, coated with two layers of anti-glare paint after phosphoric acid film salt treatment.
3.2 Interior Material: Mirror finish stainless steel SUS304# with no magnetic properties.
3.3 Insulation Materials: Super-fine glass wool
3.4 Exhaust Outlet: φ50
3.5 Separator: 2 layers, stainless steel square tube, load-bearing capacity of about 30KG.
3.6 Air Circulation Device: High-capacity axial flow motor
3.7 Heating Method: Stainless steel electric heater
4. Temperature Control System
4.1 Temperature Measurement Sensor: Pt100 Platinum Resistance
4.2 Control Instrument: Imported digital temperature controller with PID adjustment, control accuracy of 0.1℃.
4.3 Over-temperature Protection Gauge: An independent over-temperature protection system separate from the main control of the workshop, ensuring the safety of the test samples.
4.4 Control System: Major electrical components are equipped with imported components from brands like Schneider, Omron, etc.
