PV Industry Ceramic Parts cover ceramic components used throughout photovoltaic manufacturing, from crystal and wafer processing to cell and module equipment. The range includes insulation pieces, guide and wear parts, carriers, supports, and other machine interfaces.

Core Advantages

±0.01 to ±0.1 mm Accuracy Range

Part accuracy ranges from ±0.01 to ±0.1 mm. Slicing guides, cell carriers, locating components, and replacement parts can use different tolerance levels according to the fit required at each equipment interface instead of applying one machining grade to every feature.

Up to 1600°C for High-Temperature Stations

High-temperature capability reaches 1600°C. This allows ceramic parts to be used in ingot-growth, thermal-treatment, or lamination-related positions where sustained process heat would exceed the working range of conventional polymer components.

Customization

Process Coverage

Custom projects can cover equipment for ingot pulling, slicing, cell manufacturing, and module lamination.

Geometry

Drawings or confirmed physical samples can be used for multi-hole, slotted, stepped, flat, ring, tube, and irregular ceramic parts. The machining route is chosen around the finished geometry.

Production Scale

Listed monthly production capacity is 4-6 tons, including prototypes, repeat orders, and scheduled production programs.

Specifications

Parameter	Specification
Applicable Processes	Ingot Pulling, Slicing, Cell Manufacturing, Module Lamination
Material Types	Alumina, Zirconia, Silicon Carbide, Silicon Nitride
Accuracy Grade	±0.01 - ±0.1mm (depends on part)
High-Temperature Performance	Up to 1600℃
Monthly Capacity	4-6 tons
Quality Standard	Managed per PV industry requirements

Quality Control

Inspection starts with the drawing and the part's job in the machine. A slicing guide, an insulating support, and a lamination component do not share the same inspection checklist, so fit dimensions, contact surfaces, and alignment features are selected for each part type.

Formed and sintered parts are screened for deformation, cracks, edge damage, and defects that could interfere with later machining. Once finishing is complete, critical geometry and exposed working surfaces are checked before final inspection.

Final inspection covers the released specification, quantity, appearance, and cleanliness before packing. The inspection record stays linked to the batch, and third-party inspection can be included when required.