Ceramic Fabrication

In most cases, it’s possible. Our engineers will continue to study the design drawings and specific requirements of your parts.
Based on our experience, whether ceramic parts can be machined often depends on the following factors: the required geometry of the ceramic parts and the required tolerances, as well as the material selection.
Simple-structured parts are usually easier to process, while those with complex shapes or very strict tolerance requirements need more evaluation. Please send your drawings and we will evaluate them for you immediately.

The tolerance of ceramic components depends on the design, size and surface treatment requirements of the parts.

We can control the size of the key words through precision processing and grinding. If your parts involve assembly, sealing or cooperation with other components, we will focus on these aspects during the processing.

The choice of material depends on your application scenario rather than the part itself. Generally speaking, alumina is used to enhance wear resistance and control costs. Zirconia is used in applications where higher strength and crack resistance are required. Silicon carbide is used in equipment with higher requirements for high-temperature resistance and corrosion resistance.

Common risks include: cracking due to improper processing, unstable dimensions after processing, incorrect material selection, and poor surface quality during processing that affects performance and usage.

These risks are usually related to design, material and processing decisions and experience. Therefore, our engineering department will strictly review the drawings before production for precise control.

We usually process: ceramic bushings and sleeves, ceramic pipes and rods, ceramic gaskets and rings, ceramic seals, and custom-shaped ceramic parts.

Most of our work is based on customer drawings rather than standard products.

Our process includes: 1. Reviewing the drawings and requirements, and initial communication; 2. Selecting and confirming suitable materials; 3. Sintering or preparing the base material; 4. Precision processing and grinding; 5. Final inspection; 6. Packaging and shipment..

The most helpful information includes: drawings or CAD files, key dimensions and tolerance requirements, application or working conditions, and order quantity.

Even if your design is not yet finalized, you can start the assessment by providing a basic sketch or idea..

it doesn’t matter. You can provide samples, sketches or basic requirements, and we can help you assess feasibility and propose possible solutions.

Many projects start with incomplete information. We will provide you with support throughout the process.

The delivery cycle depends on: the complexity of the parts, the type of material, and the quantity.
For new custom parts, it usually takes time for evaluation, processing and finishing.
After reviewing your drawings, we can provide a more accurate delivery time. It is usually 7 working days.

Sure. We will consider the actual process and the matching degree of the drawings. You can send us the drawings or requirements, and we will assist you in reviewing: whether the parts can be manufactured, the reasonable tolerance range, the suitable materials, as well as the potential risks or improvement plans.

This helps to avoid problems before production begins.

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