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LABORATORY FURNACE

Name: LABORATORY FURNACE
Brand: ADRIJA SCIENTIFIC INSTRUMENT COMPANY
Price: 50000 INR
Availability: InStock

Price 50000 INR/ Set

Get a Price/Quote

MOQ : 1 Degrees Fahrenheit

LABORATORY FURNACE Specification

Frequency
50 Hz

Display Type
Digital

Mounting Type
Benchtop

Application
Heat treatment, ashing, sintering, material testing, laboratory research

Equipment Type
Laboratory Furnace

Operating Voltage
230V AC

Accuracy
1C

Measuring Range
Ambient to maximum temperature

Max Height
Varies by capacity

Temperature
Up to 1200C

Port Size
Standard

Automation Grade
Semi-Automatic

Humidity
10% - 90% RH (Non-condensing)

Power Supply
230V AC, 50 Hz

Interface Type
Manual/Digital controls

Hardness
High alumina refractory

Specimen Size
Custom/Varies by application

Resolution
1C

Response Time
Fast heating (depends on model)

Gas Pressure
Atmospheric

Features
Muffle design, over-temperature protection, energy efficient insulation

Number of Specimens
1

Test Range
Ambient to 1200C

Usage
Laboratory thermal processing

Capacity
3-5 litres

Machine Weight
Approx. 20-25 kg

Control Mode
Digital temperature controller

Door Type
Front opening, insulated

Exterior Body Material
Powder coated mild steel

Insulation Type
High-density ceramic fiber or bricks

Heating Element
Kanthal wire

Cooling Type
Natural air cooling

Safety
Automatic shutoff at setpoint, door safety switch

Thermocouple Type
K type

Chamber Material
Ceramic fiber or refractory

Internal Dimensions
100 x 100 x 225 mm (may vary as per model)

Heating Rate
5-10°C/min

About LABORATORY FURNACE

A Laboratory Furnace is a high-temperature device used for material testing, heat treatments, and scientific experiments. It typically includes components such as heating elements (providing consistent temperature), insulation (for energy efficiency), and a temperature control system (for precise heat regulation). Manufactured with advanced engineering technologies, including high-grade refractory materials and digital control systems, laboratory furnaces are built using tools like CNC machines and welding equipment. Commonly used in industries like materials science, pharmaceuticals, and metallurgy, they ensure accurate results. These furnaces offer benefits such as reliability, precise temperature control, energy efficiency, and enhanced productivity for clients across various research and production sectors.

Precision Thermal Control

Achieve exceptional thermal stability with our digital temperature controller, maintaining 1C accuracy up to 1200C. The fast heating rate (5-10C/min) and K type thermocouple guarantee reliable and repeatable test conditions, essential for advanced heat treatment and material research.

Designed for Laboratory Safety

Safety is paramount in every aspect of this furnaces design, with features including an automatic shutoff at setpoints, a door safety switch, and energy efficient high-density ceramic fiber insulation. The exterior remains cool and safe to handle, while natural air cooling provides effective post-operation cooldowns.

Versatile and Customizable

Accommodating a range of specimen sizes, this benchtop furnace is ideal for various laboratory applications. The muffle design, flexible process range, and multiple control interfaces make it suitable for research, quality assessment, and development projects in diverse scientific fields.

FAQs of LABORATORY FURNACE:

Q: How do I operate the laboratory furnace for optimal results?

A: To operate the furnace, place your specimen within the chamber, set your desired temperature using the digital controller, and monitor the process via the digital display. The furnace will heat at a controlled rate (510C/min) up to your setpoint. For consistent results, ensure the chamber door is securely closed and observe the safety guidelines provided.

Q: What safety features are included in this laboratory furnace?

A: The furnace is equipped with an automatic shutoff at the temperature setpoint and a door safety switch to prevent accidental operation when open. Its insulated front-opening door and energy-efficient ceramic fiber construction provide additional protection against heat exposure during use.

Q: When should I use this laboratory furnace in my processes?

A: This furnace is ideal for applications such as heat treatment, ashing, sintering, and material testing that require controlled temperatures up to 1200C. It is suitable for laboratory research, quality control, and sample preparation across multiple scientific and industrial disciplines.

Q: Where is this laboratory furnace best installed and used?

A: Designed as a benchtop unit, it should be installed in well-ventilated laboratory spaces with stable surfaces. Ensure proximity to a standard 230V, 50 Hz power supply for optimal operation. Its compact form makes it suitable for laboratories with limited bench space.

Q: What is the specimen capacity and size compatibility of the furnace?

A: The chamber accommodates one specimen at a time, with an approximate capacity of 35 litres. Specimen size can be customized or varies based on the specific application, allowing for flexibility depending on experimental or process requirements.

Q: How does the cooling process work after a heating cycle?

A: After your heating cycle completes, the furnace utilizes natural air cooling, gradually reducing the interior temperature. No active cooling system is necessary, but for safety, wait until the temperature is sufficiently low before opening the chamber.

Q: What benefits does this furnace offer compared to traditional models?

A: This model provides accurate temperature control, rapid heating, energy efficiency via high-density insulation, and enhanced safety features. Its robust construction, user-friendly interface, and application versatility give it an edge for modern laboratory operations.

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