Labtherm Laboratory Furnaces

LABTHERM PLF Series have been used as trusted professional chamber furnaces for laboratories uses. Available with brick and fibre insulation elements, with a wide variety of options, these models can be optimally used for your general procedures. Standard PLF series furnaces cover a range from 1400°C to 1600°C, all of which have front loading for easy operation and double skin construction to maintain a cooler outer case

LABTHERM PLF series have been used as professional chamber furnaces for use laboratories, Available with brick and fibre insulation elements, with a wide variety of options, these models can be optimally used for your general procedures. Standard PLF series furnaces cover a range from 1100°C to 1600°C, all of which have front loading for easy operation and double skin construction to maintain a cooler outer case

LABTHERM MoS series have been used as trusted professional chamber furnaces for use in laboratories. Available with brick and fiber insulation elements, with a wide variety of options, these models can be optimally used for high temperature procedures. Standard MoS series furnaces cover a range from 1600°C to 1800°C, all of which have front loading for easy operation and double skin construction to maintain a cooler outer case.

LABTHERM ACF series furnaces are specially designed for research and processes for larger volume products under controlled atmospheric conditions. Standard ACF series furnaces cover a range from 1100°C to 1800°C, with additional standard equipment options. Use of different heating elements, including Graphite is available for use with different gases.

LABTHERM ELV series Elevating, Lift Bottom Furnaces are designed for bottom loading operations and for quick charging and discharging procedures in laboratories. Available with brick and fiber insulation elements, with a wide variety of options, ELV series is used for glaze fritting, glass melting and applications requiring quick removal of products from the furnace

Available with brick and fiber insulation elements, with a wide variety of options, LABTHERM HLF series is the optimum choice for general heat treatment procedures. Used by many professionals and craftsman for many years, standard HLF series furnaces cover a range up to 1200°C and have a volume of 1000 litres. However, we do provide a much larger range for our customers on request with customized models

LABTHERM PTF series tube furnaces are tube furnaces that could be used when laboratory experimentation is performed horizontally, vertically, or at specific angles. Configuration of the tilt angle, and the stable temperature environment make these furnaces suitable for many possible processes. Standard PTF series furnaces cover a range from 1100°C to 1600°C, using wire and SiC heating elements for processes. SiC heating rods installed parallel to the working tube ensuring perfect temperature uniformity and easy replacement.

LABTHERM PZF series tube furnaces are multi-zone furnaces that could be used when laboratory experimentation is performed horizontally, vertically, or at specific angles. Configuration of the tilt angle, and the stable temperature working lengths make these furnaces suitable for many possible processes. With an easy to replace working tube as well as additional standard equipment options, these furnaces can be operated with multiple zones of different lengths.

LABTHERM STF series tube furnaces are tube furnaces that could be used when laboratory experimentation is performed horizontally or vertically. Standard STF series furnaces cover a range from 1200°C to 1300°C, using only wire heating elements for the process. STF series enable the user to heat up to 1300 Degrees Celsius, as well as to operate the furnace with multiple zones of different lengths. STF series ensure perfect temperature uniformity with quick and easy replacement of the reactor used.

LABTHERM PAF series is recommended for heavy ashing applications, where carbon can deposit during the “firing process” from products such as oil, food and plastic.