Metal crucibles

Manufactured from 99.8% pure aluminum oxide, these high-form crucibles 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.

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.

Use high-performance, self-laminating labels to identify wires and cables. Bulk label rolls are ideal for continuous printing, reducing the frequency of label changeouts.

Use high-performance, self-laminating labels to identify wires and cables. Bulk label rolls are ideal for continuous printing, reducing the frequency of label changeouts.

CAS: 7440-06-4 EC No: 231-116-1 MDL No: MFCD00011179 RTECS: TP2160000 Solid Molecular Formula: Pt MW: 195.08 Melting Point: 1772&deg Boiling Point: 3827&deg Density (g/mL): 21.45

CAS: 7440-16-6 EC No: 231-125-0 MDL No: MFCD00011201 Solid Molecular Formula: Rh MW: 102.91 Melting Point: 1966&deg Boiling Point: 3727&deg Density (g/mL): 12.41

CAS: 7440-22-4 EC No: 231-131-3 MDL No: MFCD00003397 RTECS: VW3500000 Solid Molecular Formula: Ag MW: 107.87 Melting Point: 960&deg Boiling Point: 2212&deg Density (g/mL): 10.49

CAS: 7440-06-4 EC No: 231-116-1 MDL No: MFCD00011179 RTECS: TP2160000 Solid Molecular Formula: Pt MW: 195.08 Melting Point: 1772&deg Boiling Point: 3827&deg Density (g/mL): 21.45

CAS: 7440-06-4 EC No: 231-116-1 MDL No: MFCD00011179 RTECS: TP2160000 Solid Molecular Formula: Pt MW: 195.08 Melting Point: 1772&deg Boiling Point: 3827&deg Density (g/mL): 21.45

MDL No: MFCD00198186 Solid Molecular Formula: Pt:Rh 94:6 wt%

CAS: 7440-57-5 EC No: 231-165-9 MDL No: MFCD00003436 RTECS: MD5420000 Solid Molecular Formula: Au MW: 196.97 Melting Point: 1063&deg Boiling Point: 2808&deg Density (g/mL): 19.3