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As setter plates, alumina and aluminum nitride ceramics offer decisive advantages over conventional setters made from materials like graphite or tungsten. This enables energy and cost-efficient processing of high-precision sintering components.
Sintering trays and setter plates help optimally arrange and secure molded parts in a sintering furnace to prevent undesirable deformations during the firing process. To ensure energy-efficient and precise process control when firing, CeramTec offers a wide range of materials made from aluminum oxide and aluminum nitride ceramics that can be used to manufacture setter plates in customer-specific designs and qualities with decisive advantages:
The maximum dimensions, such as 350 x 350 mm with Alunit®, enable a high packing density. These setter plates can be stacked – with integrated cavities on request – thereby ensuring fast, effective sintering furnace charging. This makes optimal use of furnace volume and energy expenditure, which results in a fully energetically optimized sintering process.
The setter plates can be used in ceramic injection molding (CIM), metal injection molding (MIM) and low temperature co-fired ceramics (LTCC). Recesses and customized designs are further cost-efficient options that are available on request.
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