Split tube furnace up to 1300C (F-A)

5000 INR

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Product Details:

Core Components Heating Element, Temperature Controller, Insulating Tube
Voltage 220-240 V
Automation Grade Semi-Automatic
Measurement Range 0C to 1300C
Frequency 50/60 Hz
Accuracy 1C
Model No F-A1300
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Split tube furnace up to 1300C (F-A) Price And Quantity

Minimum Order Quantity 1 Piece
Price 5000 INR

Split tube furnace up to 1300C (F-A) Product Specifications

Equipment Materials High-Quality Stainless Steel Body with Alumina Insulation
Display Type Digital/LED
Frequency 50/60 Hz
Measurement Range 0C to 1300C
Automation Grade Semi-Automatic
Weight Approx. 42 kg
Voltage 220-240 V
Usage Laboratory High-Temperature Heating, Thermal Processing
Core Components Heating Element, Temperature Controller, Insulating Tube
Type Split Tube Furnace
Capacity 3 Liters
Power Source Electric
Temperature Range Ambient to 1300C
Feature Split Tube Design for Easy Sample Placement; Uniform Temperature Distribution
Model No F-A1300
Accuracy 1C
Dimension (L*W*H) 650 mm x 350 mm x 400 mm

Split tube furnace up to 1300C (F-A) Trade Information

Supply Ability 5-10 Piece piece Per Month
Delivery Time 6-8 Week

Product Description

The split tube furnace type F-A can be operated in both a vertical and horizontal position up to 1300°C.

The central bisection of the heating module allows for an easy positioning of specimen or firmly installed reaction assemblies. The opening facility of the furnace allows faster cooling of the specimen.

The insulation consists of light, multi-layer fiber material. The standard equipment of the furnaces also include a control TC which is installed in the center of the zone.

Special versions and a comprehensive range of tube furnace accessories complete our available options.

Applications

annealing, carbonisation, crystal growth, debinding, degassing, drying, glowing, hardening, metal injection molding (MIM), pyrolyses, rapid prototyping, sintering, sublimation, synthesis, tempering

Technical data for: Split tube furnace up to 1300°C (F-A)

Subject to technical modifications and errors

Advanced Temperature Control System

The furnace is equipped with a PID digital programmable controller, enabling precise temperature settings, ramp/soak cycles, and reliable monitoring via a digital/LED display. This system allows for automation of thermal profiles and ensures consistent performance during various laboratory experiments.

Superior Safety and Construction

Built from high-quality stainless steel with alumina insulation and vacuum-formed ceramic fiber, the furnace incorporates essential safety features such as over-temperature protection and a door interlock switch. These design elements ensure safe operation, even during prolonged high-temperature usage in laboratory settings.

Flexible Design and Uniform Heating

Featuring a split-tube, horizontal configuration, the furnace accommodates easy tube insertion and removal, compatible with quartz and ceramic tubes. Its advanced insulation and centrally uniform 3C temperature zone provide optimal conditions for precise heat treatment and reliable sample processing.

FAQs of Split tube furnace up to 1300C (F-A):

Q: How do I operate the programmable PID controller on the Split Tube Furnace?

A: To operate the PID digital programmable controller, simply set your desired temperature, ramp rate, and soak time using the control panel buttons. The digital/LED display guides you through programming and real-time monitoring, enabling precise thermal cycling for your laboratory needs.

Q: What is the process for loading samples into the furnace, and what types of tubes are compatible?

A: The split-tube design allows you to open the furnace horizontally, making it simple to insert or remove samples. It is compatible with quartz and ceramic tubes with a maximum outer diameter of 50 mm, allowing flexibility for various heating applications.

Q: When should I use this furnace, and for what laboratory applications is it suitable?

A: The Split Tube Furnace is ideal for high-temperature laboratory processes such as material synthesis, heat treatment, and thermal analysis, operating efficiently from ambient temperature up to 1300C with 1C accuracy. It is best used when precise and programmable temperature control is required.

Q: Where can the Split Tube Furnace be installed and used safely?

A: This bench-top model is designed for laboratory environments within ambient conditions of 0-40C, non-condensing. Ensure proper ventilation and clearance around the unit for safe use and natural air cooling during operation.

Q: What safety mechanisms are integrated into this furnace model?

A: The furnace features over-temperature protection and a door interlock switch, which automatically halts heating if unsafe conditions are detected or if the door is opened, thus safeguarding both the operator and equipment.

Q: How does the furnace maintain uniform temperature across the heating zone?

A: Uniform temperature is achieved by specialized insulation and precise Kanthal A1 wire elements, providing 3C consistency over the central 120 mm of the 200 mm heating zone, ensuring high-quality and repeatable results during sample processing.

Q: What are the benefits of the split-tube horizontal design for laboratory users?

A: The split-tube horizontal configuration makes loading and unloading tubes straightforward, minimizing heat loss and reducing risk during sample handling. This feature, coupled with programmability and robust construction, enhances operational efficiency and user safety.

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