High uniformity high temperature furnaces from mhi.
Lab furnace high temperature.
The two smaller models in each temperature are bench mounted and the larger units are floor standing.
Box furnaces also called ash furnaces have many applications in modern research and chemistry laboratories.
These furnaces are used to determine the amount of non combustible and non volatile ash material in a sample.
They are versatile simple.
Laboratory furnaces are ideal for heat treating reacting studies sintering processes and ceramic firing.
Specialty furnaces include high power density and large span models features that the novel heaters and mhi insulation ceramics allow in the construction.
Furnace 1700 c 1760 c 1800 c with mp class heating elements or 1400 c models with gaxp class heating elements.
High temperature vacuum furnaces and controlled atmosphere furnaces for laboratory and research and development request quote centorr vacuum industries manufactures a diverse line of laboratory vacuum and controlled atmosphere furnace equipment.
The 4 diameter x 8 high 101 mm x 204 mm hot zone is suited for small batch processing or material research at ultra high temperatures.
Lab furnaces by cm furnaces feature temperatures up to 1800 c and sealed designs that support atmosphere control necessary for advanced processes including heat treating sintering annealing glass or ceramic firing calcining and most reductive and reactive processes many standard box chamber sizes from 48 to 4096 cubic inches with larger sizes customizable.
Laboratory and research furnaces thermal technology s very high temperature laboratory and research furnaces are suitable for a wide variety of laboratory and small scale production applications requiring temperatures to 3000 c.
Ranging from the entry level elf models at 1100 c through to the laboratory sized htf model with a maximum temperature of 1800 c our experience of building quality furnaces for customers around the globe over the last eight decades has ensured that the carbolite gero name is synonymous with leading heat technology.
To determine the ash quantity a sample is placed in the furnace and exposed to high temperatures typically up to 1 100 c for a given period of time.