07971670700

MAHENDRA THERMO ELECTRICALS AND EQUIPMENT
GST : 27AXLPG7164R1ZL

Quartz Glass Heater

Infrared Heaters

Space Heaters

Square Space Heater

Band Heaters

Bolt Heaters

Industrial Bolt Heaters

Immersion Heaters

Industrial Immersion Heater

Customized Heating System

Cusomized Heating System

Infrared Heating System

Infrared Heater Module

Split Tube Furnace

Split Tube Furnace

Furnace Coil

Split Tube Furnace

Split Tube Furnace Specification

Usage & Applications
Laboratory Heating, Annealing, Sintering, Material Testing

Type
Split Tube Furnace

Material
Stainless Steel (Outer Body), High-Temperature Ceramic Fiber (Insulation)

Capacity
Tube Diameter: 60 mm, Tube Length: 600 mm

Voltage
220-240 V

Power
2500 W

Power Source
Electric

Input Voltage
220 V

Output Voltage
240 V

Installation Type
Bench-top

Dimension (L*W*H)
750 mm x 320 mm x 405 mm

Weight (kg)
48 kg

Color
Grey & Blue

Display
LED Digital Display

Controller Type
Digital PID Control with Over Temperature Protection

Ambient Operating Temperature
5°C to 40°C

Door Type
Split Opening for Easy Sample Loading

Safety Features
Overheat Protection, Power Cut-off

Heating Element
Molybdenum Disilicide (MoSi2) / Kanthal (FeCrAl) Alloy

Temperature Accuracy
±1°C

Tube Type
Quartz/Alumina

Temperature Range
Up to 1200°C

Cooling
Natural Air-Cooled Exterior

Split Tube Furnace Trade Information

Minimum Order Quantity
12 Pieces

Supply Ability
300 Pieces Per Week

Delivery Time
16-20 Days

About Split Tube Furnace

With a thorough understanding of the domain, we are offering Split Tube Furnace. This furnace comprises a furnace body, hinged and split into two halves along its length.We manufacture this furnace using high quality materials and components. It is available in various sizes, shapes, capacities and other specifications to suit the need of our valued end customers. This furnace is used with reactors where end flanges would make insertion into a non-split furnace difficult. In addition to this, our provided Split Tube Furnace is highly efficient and excellent performance.

Features:

Microprocessor based temperature controller to control temperature up to 1160c
Dual digital display compares actual and set point temperature
Split hinge design permits easy observation convenient placement of process tube

Effortless Sample Handling

The split tube furnace features a unique split-opening tubular design, allowing easy access for placing and retrieving samples. This design significantly reduces thermal losses and ensures user convenience, particularly vital during frequent sample changes or experimental setups in laboratory environments.

Advanced Temperature Control and Safety

Equipped with a digital PID controller, the furnace maintains temperature within a precise 1C range up to 1200C. Over-temperature protection and automatic power cut-off systems safeguard experiments, providing reliable and consistent results while minimizing operational risks.

Versatile Applications and Durable Build

Built with a stainless steel outer body, high-temperature ceramic fiber insulation, and options for quartz or alumina tubes, the furnace is suitable for annealing, sintering, and testing a range of materials. The natural air-cooled exterior and robust construction ensure long-lasting performance in demanding laboratory settings.

FAQ's of Split Tube Furnace:

Q: How is the split tube furnace loaded with samples?

A: The split tube furnace utilizes a split-opening door design, enabling the tube to be opened for straightforward sample placement and retrieval. This mechanism streamlines loading, even when handling delicate or bulky materials.

Q: What type of temperature control system does this furnace use?

A: This furnace employs a digital PID controller with LED digital display, ensuring temperature regulation is accurate to within 1C. It also features over-temperature protection for enhanced operational safety.

Q: When is this split tube furnace most beneficial in a laboratory setting?

A: The furnace proves invaluable for processes that require high temperature stability, such as annealing, sintering, and material testing, making it especially beneficial during research, quality control, and educational experiments.

Q: Where can this furnace be installed in the laboratory?

A: Designed as a bench-top unit, the furnace requires sturdy surface placement with proximity to a standard 220-240V power source. It operates efficiently in ambient temperatures between 5C and 40C.

Q: What are the key safety features incorporated in the design?

A: Important safety features include overheat protection, automatic power cut-off, and natural air-cooled exterior surfaces to minimize risks and provide safe handling during use.

Q: How does the furnace maintain temperature accuracy and uniform heating?

A: The combination of high-quality molybdenum disilicide or Kanthal heating elements and a digital PID controller maintains set temperatures accurately, while tube construction from quartz or alumina ensures uniform heat distribution throughout the sample chamber.

Q: What benefits does the split tube furnace offer for material testing applications?

A: Its precise temperature control, uniform heating, and ease of sample handling enable repeatable and reliable thermal treatment, which is critical for obtaining accurate and consistent results in material testing and analysis.