Home » TITANIUM Crucible (Available Sizes 5ml – 100ml)
Metal Crucible Line Diagram
|Yield strength||4377 °C||Confirm|
|Tensile strength||240 MPa||Confirm|
|Boiling Point||4377 °C||Confirm|
|Melting Point||1855 °C||Confirm|
|Lid||Available In All Sizes (Get Quote)|
|NS6130-10-1255 (A)||Capacity: 5ml, Top Dia: 25mm (0.98in), Bottom Dia: 15mm (0.59in), Height: 28mm (1.1in)|
|NS6130-10-1255 (B)||Capacity: 10ml, Top Dia: 29mm (1.14in), Bottom Dia: 18mm (0.71in), Height: 34mm (1.34in)|
|NS6130-10-1255 (C)||Capacity: 20ml, Top Dia: 35mm (1.38in), Bottom Dia: 24mm (0.94in), Height: 42mm (1.65in)|
|NS6130-10-1255 (D)||Capacity: 50ml, Top Dia: 48mm (1.89in), Bottom Dia: 30mm (1.18in), Height: 54mm (2.05in)|
|NS6130-10-1255 (E)||Capacity: 100ml, Top Dia: 58mm (2.28in), Bottom Dia: 35mm (1.38in), Height: 68mm (2.68in)|
|NS6130-10-1255 (F)||Capacity: 150ml, Top Dia: 66mm (2.6in), Bottom Dia: 40mm (1.57in), Height: 80mm (3.15in)|
|NS6130-10-1255 (G)||Capacity: 250ml, Top Dia: 79mm (3.11in), Bottom Dia: 42mm (1.65in), Height: 93mm (3.66in)|
|Quality Control||Each lot of was tested successfully.|
|Main Inspect Verifier||Manager QC|
Titanium Crucible: A crucible is a container that can withstand very high temperatures and is used for metal, glass, and pigment production as well as a number of modern laboratory processes. In past centuries crucibles were usually made from clay, they can be made from any material that withstands temperatures high enough to melt or otherwise alter its contents.
Titanium Crucible: Crucibles may be as small as teacups or may hold several tons of metal. They may be fixed in place within a furnace structure or may be designed to be removed from the furnance for pouring at the end of each melt. Crucibles are used in fuel-fired furnances, in electric resistance furnances, in induction furnaces or simply to transfer molten metal.
Titanium Crucible: Crucibles offers many different performance characteristics aseach application presents a complex set of temperature, chemical, and physical parameters which define the technical boundaries within which the crucible has to bedesigned to operate.
Titanium Crucible: Good thermal conductivity and even heating are important crucible properties in transferring the heat from the interior of the furnance through the crucible to the metal charge. Crucibles with high graphite content in the carbon binder offer high thermal conductivity for fast melting in glass-fired furnaces.
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