Hot Air Oven
Digital hot-air ovens tester determine if your materials or products can withstand high temperatures. Digital hot air ovens use in laboratory are precision instruments that provide an experimental environment against high-temperature operations to test materials' thermal stability and resistance. Make sure your materials and products can conform to industry standards and regulations for accurate and dependable test results by using the Digital Hot-Air Oven.
Product Details
| Key Feature | Details |
| Chamber Capacity | Available in sizes ranging from 20 litres to over 200 litres |
| Temperature Range | Ambient +5°C to 250°C (higher ranges available in specific models) |
| Material | Inner chamber: Stainless steel (SS 304/SS 316); Outer: Powder-coated GI or SS |
| Heating System | High-efficiency heating elements with forced air circulation |
| Control System | Digital PID controller for precise temperature and timer settings |
| Power Supply | 220-240V AC, standard operation |
| Insulation Material | High-density aluminum silicate for energy efficiency |
| Air Circulation | Motorized blower for uniform temperature distribution |
| Applications | Drying, sterilization, baking, and heat treatment in labs and industries |
| Safety Features | Food-grade silicon rubber gasket for effective sealing and safety |
Overview:
The Hot Air Oven from Test Your Product is designed to assess the thermal stability and resistance of different materials under controlled high-temperature conditions. Such specialized Plastic and polymer testing equipment simulates real-life scenarios to provide an accurate picture of how materials will perform over time. This process helps manufacturers, suppliers of materials, and quality control teams to ensure that their products can sustain extreme temperatures without losing integrity or performance.
How the Hot Air Oven Works:
A prepared test sample of material is carefully placed in the oven. Also, the tested sample can be metals, plastics, textiles, or composites. Accordingly, the oven is set to temperature parameters, and the sample is subjected to controlled high-temperature conditions. The oven tests might include various temperature levels and humidity conditions, exposing the tested sample to real-world scenarios.
The test is initiated, maintaining temperature conditions, and recording any thermal degradation, discolouration, or deformation observed. Further characterization can then be conducted to investigate the sample properties and behaviour using advanced methods such as microscopy or spectroscopy.
The Hot Air Oven tester gives a working picture of thermal stability, endurance, and performance of materials in hot conditions under which the material selection, product design, and quality control teams ascertain the products weather the rigour of real use.
Advantages of Hot Air Oven:
Hot air ovens have many advantages; below are a few advantages mentioned:
- Autoclaves are not safe with water and pressure-building, while hot air ovens are free of those hazards.
- They are fast-running ovens and capable of attaining temperatures even somewhat higher than autoclaves.
- Hot air ovens maintain even temperature circulation throughout the chamber.
- They are hot-air ovens with modern temperature controls for effective temperature selection.
- Hot air ovens have a variety of applications such as drying, baking, sterilization, and heat treatment.
- Hot air ovens sterilize almost any material: glass, metals, plastics, powders, and tools.
- Hot air ovens can prevent cross-contamination.
- Hot air ovens can store sterilized material awaiting use.
- Hot air ovens are considered easy to operate and maintain.
- Double wall construction and quality insulation make hot air ovens an energy-efficient option.
Application:
Hot Air Oven is suitable for:
- Baking Laboratories
- Chemical Industries
- Pharmaceutical Industries
A hot air oven is a versatile laboratory equipment used for drying, sterilizing, and heating materials under controlled temperature conditions. It is essential in chemical, pharmaceutical, and biological laboratories for applications like sterilizing glassware and drying heat-sensitive substances. The hot air oven price varies depending on size, capacity, and advanced features like digital controls and temperature uniformity. Hot air ovens ensure consistent heating and prevent contamination, making them indispensable for quality control and research. Contact reliable suppliers for competitive hot air oven prices to meet your laboratory’s needs. Invest in high-quality equipment for efficient and accurate results.
Specifications:
| Chamber Capacity | Available in various sizes ranging from 20 litres to above 200 litres. |
| Material | The inner chamber is stainless steel powder-coated outside. |
| Temperature Range | Usually, from ambient +5°C to 250°C or higher as per model selected. |
| Heating System: | Equipped with high-efficiency heating elements and forced air circulation. |
| Control System | Digital PID controller for precise temperature and timer settings. |
| Power Supply | Operates on standard 220-240V AC. |
| Ventilation Holes and Pipes | Exhaust hole, Intake hole |
| Insulation Material | High-Density Aluminium Silicate |
| Air Duct Parts | Centrifugal fan |
| Laminate | With 2 stencils |
Features:
- The inner chamber is made of thick gauge stainless steel sheet with SS 304/SS 316. This meets the needs of design, durability, and ease of cleaning.
- External cabinet constructed from powder-coated GI sheet OR stainless steel as per customer requirement.
- Food-grade silicon rubber gasket, which acts as an excellent sealant.
- Temperature controlled by microprocessor-based PID temperature controller and PT-100 sensor.
- A Motorized blower placed on top of the oven facilitates air circulation.
- High-grade Nichrome wire-made heating elements are provided on the side wall of the chamber.
- Removable stainless steel wire mesh cable shelves. Can adjust height.
Q1. The main function of a Hot Air Oven?
Drying, sterilizing, and heat treatment in laboratories, industries, and research facilities.
Q2. Can it sterilize medical equipment?
Yes, Hot air oven tester used for sterilizing heat-resistant medical tools such as glassware and metal instruments.
Q3. What are the maximum levels of temperature possible in the oven?
Operates most models up to 250°C, whereas high-temperature models could go beyond that.
Q4. Is Hot Air Oven energy efficient?
Yes, the insulated chambers and efficient heating elements minimize energy usage.
Q5. Hot Air Ovens are common in which industries?
These are used widely in pharmaceuticals, food, textiles, materials testing, and research laboratories.
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