High Temperature Crucibles

Choose from high form, conical and cylindrical 99.8% Al₂O₃ Withstands temperatures up to 1,750°C Uses covers Useful for determinations involving molybdenum, platinum, rhodium, tungsten, tantalum and iridium.

United high alumina crucibles are made of 99.7% pure aluminum oxide. Highly resistant to chemical attack. Recommended for chemists, metallurgists and others involved in high temperature work demanding contamination free results.

United high alumina crucibles are made of 99.7% pure aluminum oxide. Highly resistant to chemical attack. Recommended for chemists, metallurgists and others involved in high temperature work demanding contamination free results.

…high form Gooch crucibles, made of borosilicate glass, are for analytical work involving precipitation, drying, and weighing. They are particularly suitable when precipitates will not be dried at temperatures above 110°C and may be used at higher temperatures. Note: Avoid sudden temperature…

…and at low temperatures. As specified for the analysis of water and waste samples in the Standard Methods for the Examination of Water and Wastewater (1992) Retains precipitates such as silver chloride Compares favorably with fritted glass filter crucibles Maximum usable temperature…

Nickel forms an adherent oxide film that provides its corrosion resistance up to temperatures around 600°C. It's highly resistant to alkalis and most acids, however, it is attacked by oxidizing acids like nitric and by salt solutions containing oxidizing species.

Nickel forms an adherent oxide film that provides its corrosion resistance up to temperatures around 600°C. It's highly resistant to alkalis and most acids, however, it is attacked by oxidizing acids like nitric and by salt solutions containing oxidizing species.

United high alumina crucibles are made of 99.7% pure aluminum oxide. Highly resistant to chemical attack. Recommended for chemists, metallurgists and others involved in high temperature work demanding contamination free results.

…properties make it a popular choice for fusions and fluxes in analytical chemistry and chemical processing. Unlike crucibles made from many other materials, zirconium crucibles are highly resistant to corrosion; do not require handling with platinum tipped tongs; can be cleaned with most common…

…acid Withstands temperatures up to 900°C Low form crucible is 0.89 mm thick zirconium. Will begin to oxidize with prolonged exposure to air at temperatures above 550°C. Not recommended for use with fluoboric or fluorosilic acid. Suitable for high temperature fusions in the…

A high quality porcelain crucible. The porcelain is uniform in thickness and dense which allows stable mechanical strength and little permeability. When properly used, the glazed pieces can withstand temperatures of 1050 degrees centigrade. The crucibles are glazed on the inside and outside surface.

Nickel forms an adherent oxide film that provides its corrosion resistance up to temperatures around 600°C. It's highly resistant to alkalis and most acids, however, it is attacked by oxidizing acids like nitric and by salt solutions containing oxidizing species.

Nickel forms an adherent oxide film that provides its corrosion resistance up to temperatures around 600°C. It's highly resistant to alkalis and most acids, however, it is attacked by oxidizing acids like nitric and by salt solutions containing oxidizing species.

This CoorsTek AD-998 High-Alumina labware high form crucible is made of 99.8%-pure aluminum oxide. It is highly resistant to alkalies and other fluxes This alumina-ceramic ware is especially useful to chemists, metallurgists, and others involved in high-temperature work demanding…

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes. Crucible cover is inactive in hydrogen and carbonaceous atmospheres. Withstands temperatures to 3182°F (1750°C). Crucibles sold separately.  Autoclavable.

Manufactured from 99.8% pure aluminum oxide, these high-form crucibles are highly resistant to chemicals, alkalines, and other fluxes. Crucible is inactive in hydrogen and carbonaceous atmospheres. Withstands temperatures to 3182°F (1750°C). Crucible covers sold separately. Autoclavable.

…from 99.8% pure aluminum oxide, these high-form crucibles are highly resistant to chemicals, alkalines, and other fluxes. Crucible is inactive in hydrogen and carbonaceous atmospheres. Withstands temperatures to 3182°F (1750°C). Crucible covers sold separately.  Autoclavable.

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes. Crucible cover is inactive in hydrogen and carbonaceous atmospheres. Withstands temperatures to 3182°F (1750°C). Crucibles sold separately.  Autoclavable.

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes. Crucible cover is inactive in hydrogen and carbonaceous atmospheres. Withstands temperatures to 3182°F (1750°C). Crucibles sold separately.  Autoclavable.

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes. Crucible cover is inactive in hydrogen and carbonaceous atmospheres. Withstands temperatures to 3182°F (1750°C). Crucibles sold separately. Autoclavable.

Made From ASTM Standard (899-94) Series 400 Stainless Steel Designed for the safe and simple handling of beakers and similar vessels from 50 to 2000mL capacities Precision Riveted Joint V-Jaws for use in high-temperature applications

…switch for safer operation. Dual automatic and manual modes. Optional graphite and silica crucibles available (melting material decides crucible type, weight and size of the material decide crucible size) Custom coil design (fixed coil or coil on a cable so it can be used by hand like a…

…safer operation. Dual automatic and manual modes. Optional graphite, MgO and SiO2 crucibles available. (melting material decides crucible type, weight and size of the material decide crucible size) Frequency is non-adjustable, it depends on the coil design (diameter of turns, numbers…

…safer operation. Dual automatic and manual modes. Optional graphite, MgO and SiO2 crucibles available. (melting material decides crucible type, weight and size of the material decide crucible size) Frequency is non-adjustable, it depends on the coil design (diameter of turns, numbers…

…switch for safer operation. Dual automatic and manual modes. Optional graphite and silica crucibles available. (melting material decides crucible type, weight and size of the material decide crucible size) ISO 9001:2008 registered manufacturer. We provide sample testing and custom made…

…safer operation. Dual automatic and manual modes. Optional graphite, MgO and SiO2 crucibles available (melting material decides crucible type, weight and size of the material decide crucible size) Custom coil design available (fixed coil or coil on a cable so it can be used…