Laboratory Heating Oven

Price 5500 INR/ Piece

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MOQ : 1 , , Piece

Laboratory Heating Oven Specification

Alarm
optional

Power
electric Watt (w)

Power Consumption
1.5 kva Megawatt (MW)

Type
hot air ove

Material
mild steel

Voltage
220 Volt (v)

Internal Size
304.8 x 304.8 x 304.8 Millimeter (mm)

External Size
various Millimeter (mm)

Temperature Range
room temp to 250 Celsius (oC)

Laboratory Heating Oven Trade Information

Minimum Order Quantity
1 , , Piece

FOB Port
EXW

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
100 Pieces Per Month

Delivery Time
15 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
standard packing

Main Export Market(s)
Middle East, Africa, Asia

Main Domestic Market
All India

Certifications
iso ce

About Laboratory Heating Oven

Hot Air Oven

Specification

We have emerged as one of the reputed names of this industry engaged in manufacturing, supplying and exporting Hot Air Oven. These ovens are electrical devices that are used for sterilization. The ovens offered by us use hot air for sterilization. Offered ovens are equipped with thermostat for controlling the temperature. Our Hot Air Oven does not use water for sterilization. These are considered safer to use as hot air does not build up much pressure.

Technical Specification:

Temperature Up To 250C.
Double Walled Three Side Heating Elements.
Digital Temp. Indicator-Cum-Controller.
Material Inner and Outer: - Stainless Steel 304.
No of Shelves: - 2.
Capacity App.: - 95 Liters.
Size: - 450 X 450 X 450 mm.

Precision Heating for Laboratory Needs

Engineered for reliability, this hot air oven ensures uniform heat distribution for lab procedures such as sample drying, sterilization, or oven aging. The wide temperature range and sturdy build guarantee consistent performance across diverse applications. Its modular sizing and optional alarm feature make it adaptable for research, educational, and industrial laboratories.

Durable and Efficient Design

Constructed from high-quality mild steel, this laboratory heating oven offers durability while minimizing heat loss. Its energy consumption of 1.5 kVA ensures efficient power usage during extended operations. The internal chamber is spacious and easy to clean, supporting high-throughput processes and ensuring operational convenience.

FAQs of Laboratory Heating Oven:

Q: How do you operate the Laboratory Heating Oven safely?

A: To operate the oven safely, connect it to a stable 220V power supply and use the temperature controls to set the desired value (up to 250C). Always ensure the door is securely closed when heating, and activate the optional alarm if needed for added safety. Protective gear is recommended when handling heated items.

Q: What types of laboratory processes can this oven be used for?

A: This oven is ideal for processes such as sterilizing lab equipment, drying glassware or samples, aging materials, and performing thermal stability tests. The controlled, uniform heating makes it suitable for various scientific and industrial tasks requiring temperatures up to 250C.

Q: When is it recommended to use the optional alarm feature?

A: The optional alarm should be used when precise temperature control is critical or when the oven operates unattended. The alarm notifies users of temperature deviations, helping prevent overheating and safeguarding sensitive samples or materials.

Q: Where is this Laboratory Heating Oven most commonly installed?

A: This oven is commonly installed in laboratories within research institutions, universities, hospitals, industrial quality control centers, and manufacturing units throughout India. Its compact external sizing allows for flexible placement on benchtops or dedicated workstations.

Q: What is the benefit of the mild steel construction in this oven?

A: Mild steel ensures durability, effective thermal insulation, and structural strength, which contributes to long-lasting performance and efficient thermal processing. Its resistance to heat makes it ideal for continuous lab use.

Q: How is temperature uniformity achieved inside the oven?

A: The oven utilizes forced air circulation in combination with well-placed heating elements, ensuring even temperature distribution throughout the chamber. This guarantees uniform heating and reliable results for all samples placed within.

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