Natural Convection Oven T-NO-S2401

Introduction

Natural Convection Oven offers 30.4 L chamber is designed to optimize space in compact environments. Built-in high-grade mirror stainless steel interior with rounded corners for easy cleaning and enhanced corrosion resistance. It features an adjustable thermal range from +5 °C up to 200 °C for diverse heating needs. Integrated with an audio-visual over-temperature alarm and automatic shut-off to enhance safety. Natural Convection Oven supports continuous operation with a timer range from 1 to 9999 minutes for extended process. 

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Natural Convection Oven is essential for drying materials like chemicals, powders, and pharmaceuticals under controlled conditions.

Widely applied in academic research laboratories, quality control departments of manufacturing enterprises, and testing institutions. Suitable for sample preparation, analysis, and storage in fields such as life sciences, materials science, environmental monitoring, and food safety.

Specifications

Capacity	30.4 L
Volume	0.27 m³
Heating Method	Stainless steel electric heaters
Internal Material	304 mirror stainless steel with rounded corners
External Material	Cold-rolled steel plate with electrostatic spray coating
Temperature Control Range	Room temperature +5 °C to 200 °C
Temperature Resolution	0.1°C
Temperature Fluctuation	±0.2°C
Number Of Shelves	2 pieces
Timer	1 to 9999 minutes
Mode Of Operation	continuous
Temperature Control	Microcomputer intelligent PI.D. controller
Over-Temperature Alarm	Audio-visual alarm, automatic shut-off
Air Circulation Method	Low noise fan
Power Consumption	700W
Power Supply	AC 220V, 50Hz
Packaging Dimension	670×590×690 mm
Dimension	580×450×520 mm
Net Weight	35 kg
Gross Weight	40 kg

Features

Cold-Rolled Steel Exterior

Electrostatic Powder Coating Finish

Microcomputer Intelligent P.I.D. Controller

2 Configurable Shelves

Low Power Consumption

FAQs

1. What is a Natural Convection Oven

A Natural Convection Oven is a laboratory-grade drying and heating oven designed for precise temperature control and uniform heat distribution without the use of forced air circulation.

2. How does a Natural Convection Oven work?

A Natural Convection Oven works on the principle of natural air circulation caused by temperature differences.

3. Is a Natural Convection Oven suitable for food or organic sample drying in research?

Natural Convection Oven is used in food science labs for controlled drying.

4. Is Natural Convection Oven good for baking or drying chemical powders?

Natural Convection Oven gently dries powders without disturbing their structure.

5. Can Natural Convection Oven be used in pharmaceutical research?

Natural Convection Oven is used to dry and condition drug formulations in labs.

6. Does Natural Convection Oven support drying plant materials or herbs for analysis?

Natural Convection Oven is suitable for gently drying botanical samples for lab testing.

7. Can Natural Convection Oven be used in microbiology labs to dry petri dishes or media containers?

Natural Convection Oven is used for drying sterilized labware in bioscience labs.

8. Can Natural Convection Oven assist in drying medical swabs or sample holders?

Natural Convection Oven is used in clinical labs to dry collection tools safely.

9. Can Natural Convection Oven be used in forensic labs for evidence drying?

Natural Convection Oven is used for drying clothing or small evidence samples under controlled conditions.

10. What kind of maintenance does Natural Convection Oven require?

Routine maintenance involves regular cleaning, checking fuses periodically, and calibrating the temperature occasionally to ensure proper functioning.

11. Can Natural Convection Oven be used for drying filter papers or membranes?

It is ideal for drying filter papers or membranes as it provides gentle airflow that prevents disruption or curling of delicate materials.

12. Is Natural Convection Oven suitable for stability testing of materials?

It is suitable for stability testing, especially when slow, consistent heating is required to observe the long-term effects of temperature on physical or chemical properties.

13. Can Natural Convection Oven be used in pharmaceutical labs for product stability testing?

It can be used in pharmaceutical labs for product stability testing at controlled temperatures.

14. Can Natural Convection Oven be used in forensics labs for drying evidence?

It is used in forensic labs for drying trace evidence like cloth, paper, or soil under controlled conditions without risking contamination.

15. What is a Natural Convection Oven?

A Natural Convection Oven is an apparatus designed to use natural air circulation to maintain uniform temperature for drying, curing, or heat treatment of samples.

16. How does a Natural Convection Oven work?

It operates by relying on the natural rise and fall of heated air to distribute temperature throughout the chamber, making it ideal for gentle and uniform heating in lab experiments.

17. Can Natural Convection Oven be used for drying laboratory glassware?

It is commonly used in laboratories for drying glassware because it provides gentle, uniform heat without disturbing lightweight items with airflow.

18. Can Natural Convection Oven be used for thermal aging studies?

It is well-suited for thermal aging studies where prolonged exposure to consistent heat is required to simulate long-term material degradation.

19. Is Natural Convection Oven useful for removing moisture from soil or environmental samples?

It is commonly used for drying soil and environmental samples to determine moisture content without aggressive airflow that could disturb fine particles.

20. Can Natural Convection Oven be used for evaporating solvents from chemical solutions?

It is used to evaporate solvents from non-flammable chemical solutions, though caution is needed with volatile or flammable solvents due to the lack of ventilation.