Metal crucibles

Alumina crucibles are inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes. Suitable for glass melting, including borosilicate glass.

Alumina crucibles are inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes. Suitable for glass melting, including borosilicate glass.

Alumina crucibles are inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes. Suitable for glass melting, including borosilicate glass.

Alumina crucibles are inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes. Suitable for glass melting, including borosilicate glass.

Alumina crucibles are inert in hydrogen and carbonaceous atmospheres and offers high resistance to alkalies and other fluxes. Suitable for glass melting, including borosilicate glass.

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes.

The CoorsTek crucible cover is an ideal thing to have in any chemical laboratories, medicinal facilities or healthcare units for a wide range of purposes such as scientific research and development.

The CoorsTek crucible cover is an ideal thing to have in any chemical laboratories, healthcare units or medicinal facilities for a wide range of purposes such as scientific research and development.

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes.

Manufactured from 99.8% pure aluminum oxide, these crucible covers are highly resistant to chemicals, alkalines, and other fluxes.

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

Manufactured from 99.8% pure aluminum oxide, these high-form crucibles are highly resistant to chemicals, alkalines, and other fluxes.