AGEING OVEN
Technical Specifications
Construction
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Double-walled insulated chamber
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Inner chamber made of Stainless Steel (SS 304 / SS 316)
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Outer body made of powder-coated mild steel
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High-density mineral wool / glass wool insulation
Temperature Range
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Ambient +10°C to 200°C / 250°C / 300°C (model dependent)
Temperature Control
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Digital PID temperature controller
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Microprocessor based control system
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High accuracy temperature regulation (±1°C to ±2°C)
Heating System
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Heavy-duty tubular air heaters
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Fast heating with uniform air circulation
Air Circulation
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Forced air convection with motorized blower
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Uniform temperature distribution throughout chamber
Display
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Digital temperature display (PV & SV)
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LED / LCD display panel
Accuracy
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Temperature uniformity: ±2°C or better
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Resolution: 0.1°C / 1°C
Safety Features
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Over-temperature safety cut-off
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Thermal fuse protection
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Alarm for temperature deviation
Timer
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Built-in digital timer (optional / standard)
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Programmable ageing cycles
Power Supply
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220–240V AC, Single phase, 50 Hz
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3-phase option for larger models
Chamber Size
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Available in multiple capacities
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Custom sizes available
Optional Features
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Programmable controller
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Data logging
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USB / PC interface
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Observation window
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Rotating shelves (for cable ageing tests)
An Ageing Oven is a precision laboratory and industrial heating chamber designed to simulate long-term thermal ageing of materials under controlled temperature conditions. It is widely used for testing the durability, stability, and performance of materials such as rubber, plastics, insulation, coatings, cables, polymers, and electronic components. The oven maintains uniform temperature over extended periods to evaluate how materials change in properties when exposed to heat over time.
Ageing ovens are commonly used in quality control labs, R&D centers, electrical testing labs, and manufacturing industries to ensure compliance with national and international standards.
Applications
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Rubber ageing tests
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Cable and wire insulation testing
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Polymer stability testing
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Plastic heat resistance tests
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Electrical insulation ageing
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Material durability evaluation
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R&D and quality control labs
Related products
HOT AIR OVEN
Key Features
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Uniform temperature distribution
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Stainless steel inner chamber
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PID / Digital temperature controller
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Adjustable temperature range (typically 50°C to 250°C / 300°C)
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Forced air circulation system
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Double-walled construction with thermal insulation
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Over-temperature safety cut-off
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Adjustable shelves
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Energy-efficient heating elements
Working Principle
Electric heating elements produce heat → blower fan circulates hot air → uniform temperature is maintained inside the chamber → samples are dried or sterilized effectively.
Applications
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Drying glassware and laboratory instruments
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Sterilization of metal tools and equipment
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Heat treatment of materials
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Moisture removal from samples
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Pharmaceutical testing
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Food processing laboratories
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Industrial component drying
Technical Specifications (Typical)
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Temperature Range: Ambient +10°C to 250°C
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Temperature Accuracy: ±1°C
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Chamber Material: SS 304 / SS 316
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Outer Body: Powder-coated MS
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Control System: Microprocessor / Digital PID
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Power Supply: 220–230V AC, 50Hz
Advantages
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Reliable and consistent heating
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Low maintenance
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Uniform air circulation
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Long service life
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Suitable for continuous operation

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