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Laboratory Tube Furnace
Laboratory Tube Furnace Manufacturer & Exporter in India
High-Temperature Laboratory Tube Furnace – 1200°C to 1800°C
Shrinitha Scientific is a manufacturer and exporter of Laboratory Tube Furnaces in India, offering high-temperature heating solutions with temperature capabilities ranging from 1200°C to 1800°C. Our furnaces are designed for laboratory research, material testing, thermal processing, and advanced scientific applications that require controlled heating at elevated temperatures.
Our Laboratory Tube Furnaces are developed to accommodate different experimental requirements, including thermal treatment of ceramic materials, powder processing, material synthesis, calcination, and high-temperature research. With suitable heating elements, thermal insulation, and temperature control arrangements, these furnaces provide a practical solution for laboratories, universities, research centres, and industrial R&D facilities.
At Shrinitha Scientific, we focus on manufacturing laboratory heating equipment that combines application flexibility, reliable temperature control, and customizable configurations to meet specific customer requirements in India and international markets.
Types of Laboratory Tube Furnace
1. 1200°C Laboratory Tube Furnace
Designed for laboratory applications involving controlled heating, thermal treatment, annealing, and calcination of suitable materials. This configuration is appropriate for routine research and material testing within its specified operating range.
2. 1800°C High-Temperature Tube Furnace
Key Features of Laboratory Tube Furnace
- High-temperature models available from 1200°C to 1800°C.
- Electrically operated heating system for controlled thermal processing.
- Designed for laboratory-scale heating and research applications.
- Single-zone and multi-zone configurations, subject to model availability.
- Horizontal and vertical operating arrangements as per application.
- Digital temperature control with programmable options.
- High-temperature insulation for effective thermal management.
- Compatible work tubes selected according to temperature and process conditions.
- Optional gas flow and controlled-atmosphere arrangements.
- Customizable heating zones, tube dimensions, and accessories.
Technical Specifications – Laboratory Tube Furnace
| Parameter | Specification |
|---|---|
| Product | Laboratory Tube Furnace |
| Manufacturer | Shrinitha Scientific |
| Temperature Range | 1200°C to 1800°C (model dependent) |
| Heating Source | Electric |
| Heating Element | Suitable resistance wire, Silicon Carbide (SiC) or Molybdenum Disilicide (MoSi2), depending on model |
| Temperature Control | Digital PID / Programmable Controller |
| Heating Zones | Single Zone / Multiple Zones |
| Furnace Orientation | Horizontal / Vertical, as available |
| Work Tube Material | Quartz / Alumina or other suitable material, depending on operating temperature |
| Atmosphere | Air or compatible controlled atmosphere, subject to configuration |
| Insulation | High-temperature insulating materials |
| Power Supply | As per furnace model and customer requirement |
| Customization | Available as per application requirements |
Note: Maximum rated temperature and continuous operating temperature may differ. Actual specifications, heating uniformity, work tube material, and atmosphere compatibility are confirmed according to the selected model.
Applications of Laboratory Tube Furnace
Shrinitha Scientific Laboratory Tube Furnaces are suitable for a wide range of research and industrial laboratory applications.
| Application | Description |
|---|---|
| Material Science Research | Thermal investigation and development of advanced materials. |
| Ceramic Processing | Heat treatment and sintering of suitable ceramic materials. |
| Calcination | Thermal decomposition and treatment of inorganic compounds. |
| Powder Metallurgy | Laboratory-scale thermal processing of suitable metal powders. |
| Annealing | Controlled heating and cooling of compatible materials. |
| Nanomaterial Research | Thermal preparation and processing of selected nanomaterials. |
| Chemical Research | High-temperature experiments and inorganic material synthesis. |
| Catalyst Development | Thermal treatment and activation of suitable catalyst materials. |
| Metallurgical Research | Study of material transformations under controlled heating conditions. |
| Academic Research | Laboratory experiments and advanced educational applications. |
Advantages of Laboratory Tube Furnace
Wide Temperature Selection
Temperature capabilities from 1200°C to 1800°C allow customers to select a furnace according to your specific research and processing requirements.
Controlled Thermal Processing
Digital temperature control supports programmed heating cycles and temperature holding, where the selected controller provides these functions.
Flexible Configuration
Horizontal or vertical arrangements and different heating-zone configurations can be selected according to the intended experiment.
High-Temperature Capability
Suitable heating elements and refractory insulation support specialized thermal processing at elevated temperatures.
Application-Specific Design
Work tube dimensions, heating length, and accessories can be configured to suit particular laboratory requirements.
Research and Development Support
Suitable for experimental studies, material development, and laboratory-scale thermal investigations.
Optional Accessories
Depending on the selected model and operating conditions, the following accessories can be provided:
- Programmable temperature controller.
- Multiple-zone temperature control system.
- Suitable alumina or quartz work tubes.
- Gas inlet and outlet arrangements.
- Gas flow meters and compatible fittings.
- Vacuum-compatible flanges and accessories for suitably designed models.
- Over-temperature protection system.
- Temperature recording and data logging options.
Vacuum and controlled-atmosphere operation require appropriate furnace construction, sealing arrangements, tube materials, and compatible process accessories.
Tube Furnace Suppliers Across India – City Pages
Shrinitha Scientific supplies tube furnaces from our Vasai works to laboratories and industries across India. Select your city for local applications, areas served and delivery details.
Telangana
West Bengal
Jharkhand
Uttarakhand
Punjab
Andhra Pradesh
Odisha
Rajasthan
Madhya Pradesh
Delhi
Uttar Pradesh
Chhattisgarh
Laboratory Tube Furnace Manufacturer & Exporter in India
Shrinitha Scientific is committed to providing laboratory heating equipment for scientific research, industrial laboratories, and educational institutions. Our Laboratory Tube Furnaces, with temperature capabilities from 1200°C to 1800°C, are designed to address the requirements of high-temperature research and material processing.
As a manufacturer and exporter based in Vasai, India, we cater to customers seeking laboratory tube furnaces for research, testing, and specialized thermal applications.
Contact Shrinitha Scientific to discuss your required temperature, tube dimensions, heating-zone specifications, and application requirements.
Frequently Asked Questions (FAQs)
1. What is a Laboratory Tube Furnace?
A Laboratory Tube Furnace is an electrically heated laboratory instrument used for high-temperature experiments and thermal processing. Samples are placed inside a suitable work tube, which is heated within an insulated cylindrical heating chamber.
2. What temperature range is available in Shrinitha Scientific Laboratory Tube Furnaces?
Shrinitha Scientific manufactures Laboratory Tube Furnaces with temperature capabilities ranging from 1200°C to 1800°C. The available temperature depends on the selected model and its heating element configuration.
3. Which heating elements are used in high-temperature tube furnaces?
Depending on the required temperature, suitable heating elements may include resistance wire, Silicon Carbide (SiC), and Molybdenum Disilicide (MoSi2). The selection depends on the furnace rating and operating conditions.
4. Which tube material is suitable for a Laboratory Tube Furnace?
Quartz tubes may be suitable for lower-temperature applications, while high-purity alumina tubes are commonly selected for higher-temperature operations. The final choice depends on temperature, atmosphere, chemical compatibility, and thermal cycling.
5. Can a Laboratory Tube Furnace be used for ceramic sintering?
Yes. Appropriately configured tube furnaces can be used for laboratory-scale ceramic sintering, subject to the material, required temperature, work tube compatibility, and heating profile.
6. Does Shrinitha Scientific manufacture customized tube furnaces?
Yes. Customization can be discussed for operating temperature, heating-zone length, work tube dimensions, furnace orientation, temperature controller, and other application-specific requirements.
7. Can a Laboratory Tube Furnace operate under a controlled atmosphere?
Selected configurations can be equipped with compatible gas flow and sealing arrangements for controlled-atmosphere experiments. The suitability depends on the furnace design, temperature, work tube, and process gas.