Get Quote
Contact us now to receive a detailed quotation.
Aging Oven LMAO-A101 is meticulously designed to faithfully replicate environmental conditions, enabling the comprehensive testing of product stability, reliability, durability, and dependability. With its generous 216-liter capacity, it boasts an extensive temperature range from a comfortable ambient +20℃ to 250℃. This impressive feat is complemented by a consistent 10 to 12 rpm on its turntable, making it the perfect choice for manufacturers and researchers across diverse industries.
Specifications
| Capacity Volume | 216L |
| Temperature Range | RT +20 to 250℃ |
| Temperature Stability | ± 0.5℃ |
| Temperature Uniformity | ± 1% |
| Ventilation Volume | 0 to 200/h |
| Material | 304 stainless steel |
| Display | LCD screen |
| Turntable Speed | 10 to 12 rpm |
| Timer Range | 0 to 5999 min |
| Shelves | 2 |
| Power Consumption | 2450 W |
| Power Supply | AC 220 V, 50 Hz |
| Packing Dimension | 1010 × 860 × 1280mm |
| Dimension | 600 × 600 × 600 mm |
| Net weight | 140 Kg |
| Gross Weight | 173 kg |
Features
Constructed from robust 304 stainless steel, it combines durability and reliability with advanced testing features
Accommodates programmable control over parameters like temperature, duration, heating rate, circulating wind speed, and more
Features a generously sized LCD screen for easy monitoring and user-friendly operation
Advanced programming with seven periods and up to nine steps within each period, allows for precise temperature and time control
Equipped with mirror-polished walls and smoothly curved corners, it is easy to load and unload items and facilitate chamber cleaning
Facilitates speedy initiation and conclusion of aging tests through the operation of the exhaust air door
Offers a low-speed rotation function, ensuring even exposure of samples to the test environment
A pre-set automatic switch-on feature simplifies the testing process by automating the start-up
Applications
It serves as a quality control tool for a diverse range of products, including electronics, plastics, electrical appliances, instruments, food items, vehicles, metals, chemicals, building materials, aerospace components, and medical devices.
Similar Products
Frequently Asked Questions
1 What is an Aging Oven LMAO-A101?
Aging Oven LMAO-A101 is an apparatus used to simulate long-term aging effects on materials by exposing them to controlled high-temperature and airflow conditions.
2 How does an Aging Oven LMAO-A101 work?
Aging Oven LMAO-A101 operates on the principle of accelerated aging through controlled heat and airflow to simulate long-term material degradation.
3 Can Aging Oven LMAO-A101 be used in automotive testing?
Aging Oven LMAO-A101 simulates long-term thermal stress on vehicle parts to evaluate their reliability.
4 What role does Aging Oven LMAO-A101 play in food product testing?
Aging Oven LMAO-A101 evaluates the stability of packaging and ingredients under extended, storage-like heat conditions.
5 Can Aging Oven LMAO-A101 be used in chemical product testing?
Aging Oven LMAO-A101 analyzes chemical stability and reaction behavior under elevated temperatures.
6 What is the use of the Aging Oven LMAO-A101 in battery testing?
Aging Oven LMAO-A101 evaluates the thermal aging effects on battery casings, insulation, and performance.
7 How is Aging Oven LMAO-A101 used in lubrication and grease testing?
Aging Oven LMAO-A101 determines the thermal oxidation and stability of lubricants under sustained high temperatures.
8 How is Aging Oven LMAO-A101 used in textile testing?
Aging Oven LMAO-A101 evaluates the thermal aging effects on strength, elasticity, and colorfastness of fabrics.
9 How is Aging Oven LMAO-A101 apply in sensor durability testing?
Aging Oven LMAO-A101 tests the performance and calibration stability of sensors under thermal aging conditions.
10 What kind of maintenance does Aging Oven LMAO-A101 require?
Routine maintenance includes regular cleaning of the interior chamber surfaces, shelves, and fan blades to remove dust and ensure proper airflow.
11 What is an Aging Oven?
An Aging Oven is an apparatus designed to artificially age materials like plastics, rubbers, and metals to test their durability and performance over time.
12 How does an Aging Oven work?
It works by maintaining specific temperature and humidity conditions to accelerate the natural aging process of materials, in order to study long-term effects in a short period.
13 Why is Aging Oven important in quality control?
It plays a crucial role in quality control by ensuring that materials can withstand prolonged use and environmental stress without premature failure.
14 How is Aging Oven used in automotive industry?
It is used in the automotive industry to test rubber seals, gaskets, and plastic components for heat resistance and durability under simulated long-term operating conditions.
15 What role does Aging Oven play in electronics testing?
In electronics, it helps assess the thermal stability of circuit boards, capacitors, and solder joints by exposing them to prolonged elevated temperatures to reveal potential failure points.
16 Can Aging Oven be used for testing insulation materials?
It is commonly used to test insulation materials like foam or fiberglass to evaluate their thermal degradation and long-term performance in high-temperature environments.
17 How does Aging Oven help in aerospace component testing?
It is critical in aerospace testing for evaluating polymers, composites, and elastomers that must retain their properties under extreme heat and prolonged flight conditions.
18 How is Aging Oven applied in medical device manufacturing?
In medical device manufacturing, it is used to validate the shelf life and thermal resilience of devices like tubing, syringes, and polymer components that must remain sterile and durable.
19 Can food packaging materials be tested in Aging Oven?
It is used to test food packaging materials for heat resistance and shelf-life simulation, ensuring materials don’t degrade or release harmful substances over time.
20 How is Aging Oven used in paint and coating durability studies?
It is employed to expose painted or coated samples to elevated temperatures, helping predict how finishes will hold up to years of heat exposure.