TMV15(Z3) Vertical-Mounted Tube Furnace

The TMV15(Z3) furnace is a high-precision vertical tube furnace with a separate control console, designed for reliable, accurate laboratory thermal processing. Engineered for exceptional temperature uniformity and stability, it is ideal for research facilities, industrial labs, and materials testing environments.

Advanced Heating Elements

The furnace uses high-grade silicon carbide (SiC) heating rods arranged across three independent control zones. This configuration ensures powerful heating performance, long service life, and exceptional consistency throughout thermal processes.

Superior Multi-Zone Temperature Control

The TMV15(Z3) series is designed to deliver an extended, uniform centre-zone temperature, significantly outperforming single-zone tube furnaces.
Each model operates by retransmitting setpoint values from the centre zone controller to the end zone controllers, resulting in a longer, more stable, uniform temperature zone.

Standard Features

  • Three-zone design for maximum temperature uniformity

  • Protective outer mesh covers for enhanced operator safety

  • Low thermal mass insulation for excellent thermal efficiency and stable heat retention

  • High-end microprocessor PID controller for precise temperature regulation

  • Equipped with Type R thermocouples for reliable high-temperature measurement

  • Work tube not included, allowing users to select the ideal material and dimensions for their process needs

Optional Accessories & Upgrades

  • Work tubes are available in various materials, diameters, and lengths

  • Tubes designed for gas atmospheres, vacuum processing, or contaminant protection

  • Triple-flange gas-tight end seals for controlled atmosphere or vacuum operation

  • Multi-segment, multi-program controllers for advanced heating cycles

  • Over-temperature protection controllers for enhanced operational safety

  • Thermal radiation screens or shields for improved thermal management

The TMV15(Z3) furnace delivers high efficiency, precision temperature control, and outstanding versatility—making it a top choice for demanding laboratory and industrial heating applications.