Anaerobic Dual Control Oven/Anaerobic Dryer Features:
The manufacturing of oxygen-free ovens, all seams of the stainless steel inner shell are welded using argon arc welding, ensuring excellent sealing performance. It can rapidly deoxygenate or cool down, contributing to product quality.
Main Application: Satisfies the requirement for oxidation-free drying in electronics, hygiene, instruments, factories, colleges and universities, scientific research, and other departments.
I. Equipment Features
1. Full tungsten inert gas (TIG) welding on the inner wall, high-temperature silicone gaskets for tightness, good airtightness.
2. High-temperature resistant, clean.
II. Compliance and Standard Conformance
GB/T11158-1989 Technical Conditions for High-Temperature Test Chambers
GB2423.2-1989 Test B
Section 3: Equipment Usage
Oxygen-free ovens are suitable for the production and R&D 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.
IV. Equipment Technical Specifications
1. Name and Model: Oxygen-Free Oven
2. Key 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 entire process under no-load condition)
3. Case Structure:
3.1 Case Material: The outer case is made of SS41# medium carbon steel, treated with phosphoric acid and salt film, and coated with two layers of anti-glare paint after baking.
3.2 Interior Material: SUS304# non-magnetic mirror stainless steel.
3.3 Insulation Materials: Ultra-fine Glass Wool
3.4 Exhaust Port: φ50
3.5 Separator: 2 layers, stainless steel square tube, 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 Instruments: Imported digital temperature controller, PID regulation, control accuracy 0.1℃.
4.3 Over-temperature Protection Gauge: An independent over-temperature protection system from the main control of the workroom, ensuring the safety of the test items.
4.4 Control System: Main electrical components are all imported from brands like Schneider, Omron, etc.
