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Silicon carbide crucible Iso-Alustar Z2
ceramic

Silicon carbide crucible - Iso-Alustar Z2 - Morgan Molten Metal Systems - ceramic
Silicon carbide crucible - Iso-Alustar Z2 - Morgan Molten Metal Systems - ceramic
Silicon carbide crucible - Iso-Alustar Z2 - Morgan Molten Metal Systems - ceramic - image - 2
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Characteristics

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silicon carbide, ceramic

Description

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. Iso-Alustar Z2 are designed to perform exceptionally well to melt and hold copper alloys in induction and fuel-fired furnaces as well as in zinc distillation applications. Iso-Alustar Z2 can also be used in precious metal melting applications. Iso-Alustar Z2 Typical Metal Casting Temperature 900°C - 1400°C (1652°F - 2552°F). Very good thermal conductivity. Very good resistance to chemical attack. High mechanical strength and good erosion resistance. Good thermal shock resistance. High refractoriness. Iso-Alustar Z2 crucibles are finished in a green colour. Iso-Alustar Z2 crucibles are available in a range of shapes and sizes to suit most end user requirements.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.