GTS Keramik
Made in Germany
Made in Germany
ProdÂucts
As one of Germany’s leadÂing manuÂfacÂturÂers of indusÂtrial ceramÂics, GTS offers innoÂvÂaÂtive soluÂtions in the fields of special ceramÂics and wear techÂnolÂogy. Our prodÂucts in the areas of preciÂsion castÂing, jewellery castÂing, laboÂraÂtory and medical techÂnolÂogy are versaÂtile. It is clear to us that the innoÂvaÂtion and top qualÂity of our prodÂucts is founded on our many years of research and develÂopÂment. Our motto is “Always be one step ahead”! Discover the diverÂsity of GTS and feel free to enquire about our prodÂucts at no obligÂaÂtion.
Alumina dense
SPECIAL PROPERTIES
- high mechanÂiÂcal strength
- high wear resisÂtance
- excelÂlent antifricÂtion propÂerÂties
- high corroÂsion resisÂtance
- high temperÂaÂture resisÂtance up to over 1800 °C
- good therÂmal conducÂtivÂity
- high elecÂtriÂcal insuÂlaÂtion capacÂity
Alumina porous
SPECIAL PROPERTIES
- high mechanÂiÂcal strength
- high corroÂsion resisÂtance
- temperÂaÂture resisÂtance up to over 1750 °C
- good therÂmal insuÂlaÂtion
- high elecÂtriÂcal insuÂlaÂtion capacÂity
- chemÂiÂcally resisÂtant to copper, chromium, bismuth, manganese, iron, etc.
Glazed quartz crucibles (A3 glazed)
SPECIAL PROPERTIES
Glazed quartz crucibles have the advanÂtage over laboÂraÂtory porceÂlain that they are signifÂiÂcantly less sensiÂtive to temperÂaÂture. The recomÂmended heatÂing rate is approx. 2 °C/h for laboÂraÂtory porceÂlain and approx. 10 °C/h for glazed quartz crucibles. These can be used at temperÂaÂtures of up to 1200 °C, whereas porceÂlain can only be used up to 1000 °C.
Glazed quartz crucibles have the advanÂtage over laboÂraÂtory porceÂlain that they are signifÂiÂcantly less sensiÂtive to temperÂaÂture. The recomÂmended heatÂing rate is approx. 2 °C/h for laboÂraÂtory porceÂlain and approx. 10 °C/h for glazed quartz crucibles. These can be used at temperÂaÂtures of up to 1200 °C, whereas porceÂlain can only be used up to 1000 °C.
MagneÂsium oxide
SPECIAL PROPERTIES
Good therÂmal and chemÂiÂcal resisÂtance to berylÂlium, bismuth, copper, nickel, platÂinum, tin, iron, sodium, plutoÂnium and uranium
Good therÂmal and chemÂiÂcal resisÂtance to berylÂlium, bismuth, copper, nickel, platÂinum, tin, iron, sodium, plutoÂnium and uranium
Quartz
SPECIAL PROPERTIES
- low therÂmal expanÂsion coefÂfiÂcient
- extremely high temperÂaÂture change resisÂtance
- high corroÂsion resisÂtance to many molten metals
- high corroÂsion resisÂtance in contact with many other chemÂiÂcal prodÂucts
Quartz with siliÂcon nitride
SPECIAL PROPERTIES
- low therÂmal expanÂsion coefÂfiÂcient
- extremely high temperÂaÂture change resisÂtance
- high corroÂsion resisÂtance to many molten metals
- high corroÂsion resisÂtance in contact with many other chemÂiÂcal prodÂucts
Spinel
SPECIAL PROPERTIES
- good therÂmal and chemÂiÂcal resisÂtance to aggresÂsive alkaÂlis
- high therÂmal conducÂtivÂity
- comparÂaÂtively good therÂmal shock resisÂtance
ZircoÂnia high-density
SPECIAL PROPERTIES
- zircoÂnia is a semiÂconÂducÂtor
- high mechanÂiÂcal strength
- excelÂlent wear resisÂtance
- high fracÂture toughÂness
- high temperÂaÂture resisÂtance up to over 2000 °C
- low therÂmal conducÂtivÂity
- high corroÂsion resisÂtance
ZircoÂnia porous
SPECIAL PROPERTIES
- zircoÂnia is a semiÂconÂducÂtor
- high mechanÂiÂcal strength
- therÂmal insuÂlaÂtion capacÂity at >1,700 °C
- high temperÂaÂture resisÂtance up to over 2000 °C
- low therÂmal conducÂtivÂity
- high corroÂsion resisÂtance
- Good to very good chemÂiÂcal resisÂtance to aluminium, berylÂlium, bismuth, cobalt, nickel, platÂinum…