High Purity CMP Slurry For Silicon Wafer Planarization
Product Details
| Abrasive Type: | Cerium Oxide | Particle Size (D50): | 50 – 150 Nm |
|---|---|---|---|
| Solid Content: | 5 – 20 Wt% | PH: | 6.5 – 10.5 |
| Appearance: | White Liquid | Removal Rate: | Customizable |
| Highlight |
high purity CMP slurry,silicon wafer planarization slurry,rare earth polishing slurry |
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Product Description
High Purity CMP Slurry For Silicon Wafer Planarization
Product Overview
Advanced CMP slurry designed for silicon wafer polishing in semiconductor manufacturing. Delivers excellent surface planarization, low defectivity, stable removal rate, and superior wafer surface quality for IC, MEMS, and advanced electronic applications.
Key Features
- High planarization efficiency for silicon wafers
- Excellent surface smoothness and low scratch performance
- Stable particle size distribution for process consistency
- Low defectivity and reduced contamination risk
- Compatible with advanced semiconductor CMP processes
- Suitable for precision polishing equipment and automated lines
Particle Size Distribution
Applications
- Silicon wafer CMP polishing
- Semiconductor wafer planarization
- Advanced electronic substrate polishing
- Precision semiconductor processing
Why Choose Lichen as Your Global Supplier
- Dedicated ceria & alumina polishing manufacturer
- Stable rare earth raw material supply chain
- Customized particle engineering capability
- Consistent batch-to-batch quality control
- Technical support for polishing process optimization
Product Highlights
High Purity CMP Slurry For Silicon Wafer Planarization Product Overview Advanced CMP slurry designed for silicon wafer polishing in semiconductor manufacturing. Delivers excellent surface planarization, low defectivity, stable removal rate, and superior wafer surface quality for IC, MEMS, and ...
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High Purity CMP Slurry For Silicon Wafer Planarization
High Purity CMP Slurry For Silicon Wafer Planarization Product Overview Advanced CMP slurry designed for silicon wafer polishing in semiconductor manufacturing. Delivers excellent surface planarization, low defectivity, stable removal rate, and superior wafer surface quality for IC, MEMS, and advanced electronic applications. Key Features High planarization efficiency for silicon wafers Excellent surface smoothness and low scratch performance Stable particle size distribution
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