HOT AIR OVEN

Name: HOT AIR OVEN
Brand: Shri Sai Enterprises
Price: 25000.0 INR
Availability: InStock

Price 25000.0 INR/ Piece

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MOQ : 1 Piece

HOT AIR OVEN Specification

Type
Hot Air Oven

Material
Mild Steel

Capacity
60 Liters

Computerized
No

Automatic Grade
Semi-Automatic

Voltage
220-240 V AC

Frequency (MHz)
50 Hz

Size
Standard

Weight
45 Kg

Dimension (L*W*H)
24 x 24 x 24 Inch

Display Type
Analog

Door Type
Single Door with Glass Window

Heating Element
Nichrome Wire

No of Shelves
2

Insulation
Glass Wool

Control Type
Thermostatic Temperature Controller

Power Consumption
1.5 kW

Air Circulation
Forced Air

Operating Mode
Manual

Chamber Material
Stainless Steel Inner Chamber

Temperature Range
50C to 250C

HOT AIR OVEN Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

About HOT AIR OVEN

Laboratory hot air ovens are essential for sterilization, drying, and general heat treatment of laboratory equipment and samples using dry heat. Key considerations include temperature range (typically 50C to 250C), chamber size, and the type of air circulation (natural or forced convection).

Efficient and Reliable Heating

Designed with a stainless steel inner chamber and insulated with glass wool, the Hot Air Oven guarantees consistent and energy-efficient performance. The forced air circulation ensures even temperature distribution, making it suitable for drying, sterilization, or heat treatment applications. The durable construction and meticulous engineering provide dependability in daily operations.

Precise Temperature Control

With an analog display and thermostatic temperature controller, users can effortlessly set and monitor temperature within the 50C to 250C range. The manual operation adds flexibility, allowing tailored heating cycles for various samples and materials. The oven's display enables real-time observation of temperature readings for accuracy.

User-Friendly Operation

The oven features a single door with a glass window for easy inspection of contents without heat loss. Two shelves offer ample space for multiple samples, and the standard dimensions accommodate diverse needs. Maintenance is straightforward, making it an excellent choice for both service providers and industrial users.

FAQ's of HOT AIR OVEN:

Q: How does the forced air circulation in the hot air oven enhance performance?

A: The forced air circulation utilizes a fan to distribute heated air evenly throughout the chamber. This ensures uniform temperature across all shelves, improving the efficiency of drying or sterilization processes and resulting in consistent outcomes for all samples.

Q: What are the key benefits of the stainless steel inner chamber?

A: Stainless steel is highly resistant to corrosion and easy to clean, making it ideal for repeated use in laboratory and industrial environments. Its durability ensures a long operational life and maintains the purity of samples during heating.

Q: When is this hot air oven typically used and for what applications?

A: This hot air oven is commonly used in laboratories, research centers, and industrial workshops for drying, sterilizing, and heat-treating glassware, instruments, and materials. It is suitable for a variety of thermal processing requirements within its temperature range.

Q: Where can this hot air oven be supplied and serviced within India?

A: The hot air oven is available through a network of suppliers, traders, and service providers across India. Customers can purchase and receive after-sales support from these authorized channels nationwide.

Q: What is the process for operating this semi-automatic hot air oven?

A: Users manually set the desired temperature using the thermostatic controller, place their samples on the shelves, and monitor the process via the analog display. The glass window in the door allows visual checks without interfering with chamber conditions.

Q: How does the glass wool insulation improve oven efficiency?

A: Glass wool insulation minimizes heat loss from the chamber, leading to stable internal temperatures and reduced energy consumption. This efficiency helps maintain accurate processing conditions and lowers operational costs.

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