The TMH12(Z3) furnace is a versatile bench-mounted tube furnace designed for accurate, reliable laboratory thermal processing. With advanced multi-zone control and superior temperature uniformity, it is ideal for research labs, industrial testing, and high-precision materials processing.
High-Grade Resistance Wire Heating Elements
This furnace features high-grade resistance-wire elements wound onto a ceramic work tube, forming an integral part of the furnace. This design ensures efficient heat transfer, long service life, and consistent performance throughout thermal cycles.
Advanced Multi-Zone Temperature Control
The TMH(Z3) series is engineered to deliver an extended uniform centre-zone temperature, outperforming single-zone tube furnace models of similar length.
Setpoint retransmission from the centre zone controller to the end zones ensures a longer, more stable, and more uniform heating area.
For specialized applications, independent control of each zone is available for precise thermal management.
Standard Features
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Low thermal mass insulation for maximum energy efficiency and temperature stability
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Protective outer mesh covers for operator safety
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Equipped with Type N thermocouples for accurate temperature measurement
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High-end microprocessor PID controller for precise digital control
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Horizontal models supplied with base-mounted controls as standard
Optional Features & Accessories
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Work tubes in various materials, lengths, and diameters
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Options for two or more heating zones
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Independent zone control for advanced thermal profiling
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Work tubes are designed for controlled atmospheres or protection against process contaminants
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Triple-flange gas-tight end seals for vacuum or gas-based thermal processing
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Multi-segment, multi-program controllers for complex heating cycles
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Over-temperature protection controllers for added safety
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Thermal radiation screens/shields for improved heat management
The TMH12(Z3) bench-mounted furnace delivers exceptional precision, stability, and flexibility, making it ideal for laboratories requiring consistent high-temperature processing.

