酸化物スラリー
Oxide Polishing Slurry / Oxide CMP Slurry
Semiconductor CMP Polishing Slurry
主な特徴
- After polishing and cleaning, the wafer surface has low roughness and minimal particle residue.
- Suitable for polishing of 4-12 inch silicon oxide coated wafers.
製品名
Oxide Polishing Slurry / Oxide CMP Slurry
Function of Oxide Polishing Slurry
Widely used for CMP polishing of oxide materials to achieve precise surface planarization and thickness control,
such as silicon oxide layers on wafer surfaces or oxide layers between top metal layers and silicon oxide. It is suitable for oxide polishing of 4–12 inch silicon oxide coated wafers.
The Oxide Slurry uses carefully selected SiO₂ colloidal silica with uniform particle size as the abrasive, enabling polishing results with low surface roughness and minimal particle residue.
By optimizing the dilution ratio during use, customers can achieve optimal polishing performance. Compared with similar products domestically and internationally, this product features easy cleaning and low surface roughness.
Product Features
Nanometer-grade SiO2 abrasives with uniform and stable particle size, stable removal rate, and low metal ion content. Through the CMP process, it effectively removes the surface oxide layer, achieving ideal flatness.
Compared to similar products both domestically and internationally, JIZHI Electronics Oxide Slurry features easy cleaning and low surface roughness.

Selectivity Comparison

Features of Oxide Slurry Polishing Liquid:
1.High polishing rate
2.S and Oxide ratio selection of 1:1
3.Low metal particle content
(Total metal content is comparable to imported products)
| Item | Parameters |
|---|---|
| Machine | Hwatsing |
| Test Wafer | 6 hours |
| 素材 | Si-filled PSG |
| Ra (nm) | 0.26 |
| R.R (A/min) | 5523 |
| Range (A) | 6% |
| Dishing | -100 to 200 |


The surface roughness Ra after CMP is 0.3nm, which is within the standard range.
Jizhi Electronicsを選ぶ理由
光学材料CMPにおける10年の経験
光学材料CMPにおける10年の経験
研磨液と処方は柔軟にカスタマイズ可能
国際規格に適合した無害で生分解性の処方
フリー・プロセス・デバッグ
40%従来品より処理時間を短縮
海外生産技術・設備の導入
最適化された消費率により、全体的な稼働率を低減