Technical Ceramics

Material.
Geometry.
Application.

Technical ceramic component development shaped by the operating requirement, component geometry and specified material behaviour.

DevelopmentApplication-led
InputsDrawing · Spec
FocusMaterial behaviour
OutputDefined component
Development logic

Start with the operating requirement.

Technical ceramic work is most useful when the environment and functional requirement are clear before the material and production route are fixed.

01

Application Review

The operating environment, geometry and functional requirement establish the starting point for ceramic development.

02

Material Requirement

Material choice is considered against the specified thermal, wear, electrical or environmental requirement.

03

Component Definition

Geometry, interfaces and critical characteristics are translated into a manufacturable component scope.

Requirement map

What drives the component.

These factors can be reviewed together to establish the technical scope.

01Thermal RequirementsTemperature exposure and thermal behaviour where relevant.→
02Wear EnvironmentAbrasion, contact and lifecycle considerations.→
03Electrical BehaviourInsulation or electrical requirements when specified.→
04Geometry & InterfaceComponent form, assembly interface and critical dimensions.→
Material behaviour

Design for the
operating environment.

Technical ceramics are evaluated as functional materials. Temperature, wear, insulation, chemical exposure and geometry all influence the component definition.

ThermalWearElectricalGeometry
THERMALWEARELECTRICALINTERFACE
Start a project

Discuss a ceramic component.

Send the drawing, operating conditions and any specified material or performance requirements.