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Showing 3317 results for “” in “All Businesses” in “All Categories”
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Iso-Alustar Z2
- Iso-Alustar Z2
Iso-Alustar Z2 is a premium quality hybrid ceramic bonded clay graphite crucible with a high silicon carbide and graphite content that is manufactured through an advanced iso-static pressing process. Iso-Alustar FL is a modified version of Iso-Alustar Z2 with excellent performance under heavy flux usage.
Morgan Molten Metal Systems uses a proprietary processing technology that results in a product with a very homogenous and high density structure. This allows the crucible to obtain superior thermal conductivity over its entire operating temperature range, high mechanical strength and erosion resistance along with good thermal shock resistance. These properties translate into a durable and robust crucible with excellent performance characteristics in higher temperature environments.
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Noltina
- Noltina
Crucibles
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Stabil
- Stabil
Stabil crucibles are carbon-bonded silicon carbide crucibles, which are characterised by excellent thermal conductivity and high chemical erosion resistance. Due to their carbon content, SiC crucibles have excellent stability at high temperatures and are therefore particularly suitable for processes where the temperature is changing frequently and where high heating rates are utilised.
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Syncarb Z2
- Syncarb Z2
Syncarb® Z2 is a premium quality hybrid ceramic bonded clay graphite crucible with a high silicon carbide and graphite content that is manufactured through an advanced iso-static pressing process. Syncarb® FL is a modified version of Syncarb® Z2, which is resistant against heavy flux usage.
Morgan Molten Metal Systems uses a proprietary processing technology that results in a product with a very homogenous and high density structure. This allows the crucible to obtain superior thermal conductivity over its entire operating temperature range, high mechanical strength and erosion resistance along with good thermal shock resistance. These properties translate into a durable and robust crucible with excellent performance characteristics in higher temperature environments.
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Syncarb Z2e²
- Syncarb Z2e²
Syncarb® Z2e² is a premium quality hybrid ceramic bonded clay graphite crucible with a high silicon carbide and graphite content that is manufactured through an advanced iso-static pressing process.
Morgan Molten Metal Systems uses a proprietary processing technology that results in a product with a very homogenous and high density structure. This allows the crucible to obtain superior thermal conductivity over its entire operating temperature range, high mechanical strength and erosion resistance along with good shock resistance. These properties translate into a durable and robust crucible with excellent performance characteristics in lower temperature environments.
In addition, Syncarb® Z2e² features proprietary internal and external glazes to prevent low temperature oxidation and degradation that occur in aluminium and other low temperature alloys over extended periods of time.
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Syncarb UL & ISO SiC R
- Syncarb UL & ISO SiC R
Syncarb® UL & ISO SiC R is a premium quality carbon bonded silicon carbide crucible manufactured by high pressure iso-static pressing. Syncarb® UL & ISO SiC R incorporates Morgan Molten Metal Systems advanced bonding technology and is the culmination of an intensive development program aimed to provide a superior grade product for the most arduous service conditions. ISO SiC R is a modified version, which is resistant against heavy flux usage.
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Grafit
- Grafit
Grafit crucibles are rib formed clay-graphite crucibles characterised by high refractoriness and good thermal conductivity as well as very good thermal shock resistance and chemical resistance against fluxes. In order to meet the specific requirements of induction furnaces, Morgan Molten Metal Systems has developed a specialised range of clay-graphite crucibles with a specific modified electrical resistivity. This optimises the coupling power of the crucible and avoids the risk of overheating.
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Syncarb FL
- Syncarb FL
Syncarb® Z2 is a premium quality hybrid ceramic bonded clay graphite crucible with a high silicon carbide and graphite content that is manufactured through an advanced iso-static pressing process. Syncarb® FL is a modified version of Syncarb® Z2, which is resistant against heavy flux usage.
Morgan Molten Metal Systems uses a proprietary processing technology that results in a product with a very homogenous and high density structure. This allows the crucible to obtain superior thermal conductivity over its entire operating temperature range, high mechanical strength and erosion resistance along with good thermal shock resistance. These properties translate into a durable and robust crucible with excellent performance characteristics in higher temperature environments.
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VAluStar
- VAluStar
VAluStar™ is the latest and most advanced family of crucibles developed by Morgan Molten Metal Systems. It is a high density, clay bonded, iso-statically pressed crucible, which has a high graphite and SiC content to give it a superior mechanical strength. VAluStar™ has excellent internal and external glazes, which prevent low temperature oxidation, and degradation of the crucible, that are common in aluminium and other low temperature alloys, when used over extended periods.
As a result, VAluStar™ has a significantly longer life than all other iso-statically pressed crucibles for lower temperature applications and retains its good thermal conductivity over the entire life. VAluStar™, when combined with Star coating, delivers significantly less dross adhesion and reduced impurities in holding applications.
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XL-Crucibles
- XL-Crucibles
XL - Crucibles are premium quality, high capacity, clay graphite crucibles with a high silicon carbide and graphite content that is manufactured through an advanced iso-static pressing process.
Morgan Molten Metal Systems uses a proprietary processing technology that results in a product with a very homogenous and high density structure. This allows the crucible to obtain superior thermal conductivity over its entire operating temperature range, high mechanical strength and erosion resist-ance along with good thermal shock resistance. These properties translate into a durable and robust crucible with excellent performance characteristics.