Split Tube Furnaces

Split Tube Furnaces for High-Precision Heating

Split Tube Furnaces Single Zone - TSHH11

TSHH11

Maximum Furnace Temperature: 1100°C
Furnace Bore Size (mm): 90
Heated Lengths (mm): 305 to 610
Orientation: Horizontal

+ Read More
Vertical Split Tube Furnaces Single Zone - TSVH11

TSVH11

Maximum Furnace Temperature: 1100°C
Furnace Bore Size (mm): 90
Heated Lengths (mm): 305 to 610
Orientation: Vertical

+ Read More
Split Tube Furnaces Single Zone - TSHH12

TSHH12

Maximum Furnace Temperature: 1200°C
Furnace Bore Size (mm): 90
Heated Lengths (mm): 305 to 940
Orientation: Horizontal

+ Read More
Vertical Split Tube Furnaces Single Zone - TSVH12

TSVH12

Maximum Furnace Temperature: 1200°C
Furnace Bore Size (mm): 90
Heated Lengths (mm): 305 to 940
Orientation: Vertical

+ Read More
Vaccum (Cold Wall) - Chamber Furnaces

TSVH17

Maximum Furnace Temperature: 1700°C
Furnace Bore Size (mm): 90
Heated Lengths (mm): 250
Orientation: Vertical

+ Read More

FAQ's - High-Performance Split Tube Furnaces

1. What is a split tube furnace?

A split tube furnace features a heating chamber that can be opened or separated, allowing easier sample loading and removal without disturbing the setup. This design improves accessibility and workflow efficiency for laboratories and research facilities handling numerous or bulky samples.

2. What are the advantages of split tube furnaces?

High-performance split tube furnaces provide:
• Easy sample loading and unloading
• Reduced heat loss during access
• Flexible handling of long or fragile samples within worktubes
• Better ergonomics for frequent use
These features make them ideal for active labs and high-throughput environments.

3. What temperature ranges are available for split tube furnaces?

Elite Thermal’s high-performance split tube furnaces cover a wide range of temperatures suitable for materials research and thermal applications. Typical models can operate up to 1800°C, depending on configuration and materials used.

4. How do split tube furnaces differ from traditional tube furnaces?

Unlike traditional tube furnaces with a fixed cylindrical chamber, split tube designs allow part of the furnace to open or split, improving access to samples and reducing process interruptions. This makes them suitable for applications where quick handling and flexibility are priorities.

5. Can split tube furnaces work under controlled atmospheres?

Yes. Split tube furnaces can be configured to operate under controlled atmospheres (e.g., inert gas) within the worktube. This allows processing of sensitive materials without contamination or oxidation.
👉 See controlled environment options

6. What applications are split tube furnaces best for?

Split tube furnaces are ideal for:
• Annealing and heat treatment
• Material stability testing
• Sintering and densification
• Controlled atmosphere processing

7. Are custom split tube furnaces available?

Yes. Elite Thermal offers custom split tube furnace solutions tailored to your specific size, temperature range, atmosphere, and application needs.