Ceramic Ring 0200-07528

The AMAT 0200-07528 Ceramic Ring is a precision-engineered high-purity Alumina ceramic component designed for use in Applied Materials (AMAT) semiconductor processing equipment. As a critical chamber consumable, this ceramic ring plays an essential role in plasma control, chamber protection, process stability, and wafer edge performance.

At Semixlab, we manufacture high-quality replacement and customized ceramic rings that meet the demanding requirements of advanced semiconductor fabrication processes, including plasma etching, CVD, PVD, and other vacuum-based wafer processing applications.

The AMAT 0200-07528 Ceramic Ring is typically manufactured from high-purity aluminum oxide ceramic, a material widely used throughout the semiconductor industry due to its excellent electrical insulation, plasma resistance, and dimensional stability.

Core Roles in Semiconductor Processing

1. Plasma Distribution Optimization

The ceramic ring helps regulate plasma behavior near the wafer edge, reducing process variation and improving overall etch or deposition uniformity.

2. Wafer Edge Process Control

One of the most critical functions of the ring is to minimize edge effects, ensuring more consistent process results across the entire wafer surface.

3. Chamber Component Protection

The ceramic ring acts as a sacrificial protection component, shielding expensive chamber hardware such as:

● Electrostatic Chucks (ESC)

● Cathodes

● Chamber Liners

● Process Shields

4. Process Stability Enhancement

By maintaining a stable processing environment, the ceramic ring contributes to:

● Better process repeatability

● Improved wafer yield

● Reduced downtime

● Longer maintenance intervals

Why Choose Semixlab?

At Semixlab, we understand that semiconductor manufacturers require more than dimensional compatibility. They need reliable process performance, repeatability, and long-term operational stability.

1. High-Purity Ceramic Manufacturing

Our alumina ceramic materials are carefully selected and processed to ensure:

● High purity

● Low contamination levels

● Excellent plasma resistance

● Precision Machining Capability

Each ceramic component undergoes comprehensive inspection procedures, including:

● Dimensional verification

● Surface quality inspection

● Material consistency checks

to ensure reliable performance in demanding semiconductor environments.

2. Customized Semiconductor Ceramic Solutions

In addition to standard replacement parts, Semixlab provides customized ceramic components tailored to specific equipment platforms and process requirements.

Available services include:

● Reverse engineering

● OEM replacement manufacturing

● Custom ceramic design

● Material optimization support

● Fast Global Support

Our engineering and manufacturing teams work closely with semiconductor fabs, equipment service providers, and OEM partners worldwide to deliver responsive technical support and reliable supply chain solutions.