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Laboratory Split Tube Furnace Manufacturer & Exporter in India
Laboratory Split Tube Furnace
Manufacturer & Exporter of High-Temperature Split Tube Furnace in India
Shrinitha Scientific is a manufacturer and exporter of Laboratory Split Tube Furnaces in India, offering high-temperature heating solutions with operating temperature capabilities ranging from 1200°C to 1450°C. Our furnaces are designed for laboratory research, material testing, thermal processing, and specialized high-temperature experiments.
Our Laboratory Split Tube Furnaces feature a convenient split-opening heating chamber that allows easy access to the working tube and heating area. This construction is particularly useful for laboratories that frequently change process tubes, load samples, or use reactors and experimental assemblies with end fittings.
Designed for research institutions, universities, material science laboratories, and industrial R&D departments, our furnaces support a variety of thermal applications, including annealing, calcination, sintering, material synthesis, and controlled-atmosphere processing.
At Shrinitha Scientific, we offer application-oriented furnace solutions with suitable heating elements, thermal insulation, temperature control systems, and customizable configurations to meet diverse laboratory requirements.
What is a Laboratory Split Tube Furnace?
A Laboratory Split Tube Furnace is an electrically heated high-temperature furnace with a heating chamber that opens into two sections along its length. Unlike conventional fixed tube furnaces, its split construction provides convenient access to the work tube and heating chamber.
This arrangement simplifies tube installation, replacement, sample loading, and maintenance. It is especially useful for experiments involving reactors, special work tubes, or assemblies that cannot easily be inserted through the ends of a conventional tube furnace.
Shrinitha Scientific Split Tube Furnaces are available in temperature configurations from 1200°C to 1450°C, depending on the selected model and application requirements.
Types of Laboratory Split Tube Furnace
1.1200c Split Tube Furnace
2.1400c Split Tube Furnace
Key Features of Laboratory Split Tube Furnace
- High-temperature operating capabilities from 1200°C to 1450°C, depending on model.
- Split-opening heating chamber for convenient tube installation and removal.
- Hinged construction for improved accessibility during setup and maintenance.
- Electrically operated heating system for controlled thermal processing.
- Digital PID temperature control with programmable options.
- High-temperature thermal insulation for effective heat management.
- Horizontal and vertical configurations, subject to model availability.
- Single-zone and multi-zone heating options, depending on design.
- Compatible with selected quartz, alumina, or other suitable work tubes.
- Optional gas inlet, outlet, and controlled-atmosphere arrangements.
- Customizable heating length, tube dimensions, and accessories.
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Name | Laboratory Split Tube Furnace |
| Manufacturer | Shrinitha Scientific |
| Furnace Type | Electrically Heated Split Tube Furnace |
| Temperature Range | 1200°C to 1450°C, model dependent |
| Heating Chamber | Split / Hinged Opening Design |
| Heating Element | Suitable resistance wire or high-temperature heating element, depending on model |
| Temperature Controller | Digital PID / Programmable Controller |
| Heating Zones | Single Zone / Multi-Zone, as available |
| Operating Orientation | Horizontal / Vertical, subject to model |
| Work Tube | Quartz / Alumina or other compatible material |
| Insulation | High-temperature thermal insulation |
| Atmosphere | Air / Controlled Atmosphere, subject to configuration |
| Power Supply | As per selected model |
| Customization | Available according to application requirements |
Note: The maximum rated temperature, continuous operating temperature, heating-zone length, temperature uniformity, and work tube compatibility vary by model. Please confirm the final specifications with Shrinitha Scientific before ordering.
Advantages of Split Tube Furnace
1. Easy Access to the Heating Chamber
The split-opening construction allows the heating chamber to open for convenient access to the work tube. This simplifies installation, removal, and replacement of compatible tubes and experimental assemblies.
2. Convenient Sample Handling
The accessible heating area supports easier loading and unloading during laboratory experiments, particularly where frequent changes in experimental arrangements are required.
3. Flexible Experimental Setup
The furnace can accommodate suitable work tubes and reactors of different configurations, subject to the dimensions and compatibility of the selected model.
4. Controlled High-Temperature Heating
With suitable heating elements and temperature controllers, the furnace supports controlled thermal processing within its specified operating range of 1200°C to 1450°C.
5. Application-Specific Configuration
Heating-zone length, tube dimensions, controller functions, and accessories can be selected according to the intended research or industrial application.
6. Convenient Maintenance
The accessible heating chamber simplifies inspection and certain maintenance procedures when the furnace has been safely isolated from the power supply and cooled.
Applications of Laboratory Split Tube Furnace
Shrinitha Scientific Laboratory Split Tube Furnaces are suitable for the following applications:
| Industry / Application | Usage |
|---|---|
| Material Science | Thermal processing and development of advanced materials. |
| Ceramic Research | Heat treatment and sintering of suitable ceramic materials. |
| Chemical Laboratories | High-temperature reactions and material synthesis. |
| Metallurgical Research | Investigation of thermal properties and material transformations. |
| Nanotechnology | Thermal processing of selected nanomaterials. |
| Powder Metallurgy | Laboratory-scale heating and processing of suitable powders. |
| Catalyst Research | Thermal treatment and activation of compatible catalyst materials. |
| Academic Institutions | Research experiments, demonstrations, and laboratory studies. |
| Industrial R&D | Development and evaluation of materials under controlled heating conditions. |
Optional Accessories
Depending on the selected model and process requirements, Shrinitha Scientific can offer suitable accessories such as:
- Programmable digital temperature controller.
- Multiple-zone temperature control system.
- Compatible quartz or alumina work tubes.
- Tube support and adapter arrangements.
- Gas inlet and outlet fittings.
- Compatible gas flow control accessories.
- Vacuum-compatible flanges and fittings for suitably designed systems.
- Over-temperature protection system.
- Temperature recording and data logging options.
The availability of accessories depends on the furnace model, operating temperature, and required process conditions.
Laboratory Split Tube Furnace Manufacturer & Exporter in India
Shrinitha Scientific is committed to manufacturing and supplying laboratory heating equipment for research, testing, and industrial applications. Our Laboratory Split Tube Furnaces, with temperature capabilities from 1200°C to 1450°C, are designed to support specialized thermal processing requirements with convenient access to the heating chamber.
As a manufacturer and exporter in India, we cater to customers seeking laboratory furnaces for material development, high-temperature experiments, and research applications.
Contact Shrinitha Scientific to discuss your requirements for a Laboratory Split Tube Furnace and request technical specifications and a quotation.
Frequently Asked Questions (FAQs)
1. What is the temperature range of Shrinitha Scientific Split Tube Furnace?
Shrinitha Scientific manufactures Laboratory Split Tube Furnaces with temperature capabilities ranging from 1200°C to 1450°C. The available operating temperature depends on the selected model.
2. What is the main advantage of a split tube furnace?
The main advantage is its opening heating chamber, which provides convenient access to the working tube. This makes tube replacement, sample loading, and installation of compatible experimental assemblies easier.
3. Which materials can be used inside a split tube furnace?
Suitable materials depend on the required temperature and process atmosphere. Quartz and alumina work tubes are commonly selected for laboratory applications, subject to their individual temperature and chemical compatibility limits.
4. Can a split tube furnace be used for sintering?
Yes. Appropriately configured split tube furnaces can be used for laboratory-scale sintering of compatible materials, depending on the required temperature, heating profile, and sample arrangement.
5. Is a split tube furnace suitable for controlled-atmosphere applications?
Selected models can be equipped with suitable gas connections and compatible sealing arrangements for controlled-atmosphere experiments. The complete system must be designed for the intended gas and operating conditions.
6. Can the furnace be customized?
Yes. Shrinitha Scientific can discuss customization of heating-zone length, work tube dimensions, operating orientation, temperature controller, and accessories according to the application.
7. Who uses Laboratory Split Tube Furnaces?
These furnaces are used by research laboratories, universities, material science departments, chemical laboratories, and industrial R&D facilities for high-temperature research and thermal processing.