SiC Polishing Pad / Composite Non-Woven Pad / Domestic Alternative to SUBA 800
SiC Polishing Pad / Composite Non-Woven Polishing Pad
Product Thickness: 1.2–3 mm (Customizable) Groove Specifications: 10 × 10–20 × 20 (Customizable) Product Diameter: φ300–φ1300 mm (Customizable)
主要功能
- High flatness
- low defectivity
- high cost performance
产品名称
SiC Polishing Pad / Composite Non-Woven Polishing Pad
产品类别
JIZHI Electronics · Polishing Pads
产品厚度
1.2–3 mm (customizable)
Groove Specifications
10 × 10–20 × 20 (Customizable)
产品直径
φ300–φ1300 mm (customizable)
产品特点
JIZHI Electronics polishing pads meet the polishing requirements of low-, medium-, and high-hardness materials. For the four-step SiC polishing process, different polishing pad models are matched accordingly, including grinding pads, fine grinding pads, rough polishing pads, and fine polishing pads. They offer advantages such as high removal rate, high flatness, low defectivity, and high cost performance.
Product Process and Applications: Made with a special fiber structure and highly wear-resistant polishing material, the pads are suitable for polishing SiC substrates, reclaimed wafers, various III-V and II-VI compound semiconductor wafers, such as sapphire, gallium arsenide, and aluminum nitride. They are also suitable for achieving high flatness on various substrates, window wafers, and glass wafers.


Features of JIZHI Electronics SiC Polishing Pads
1.Combining the advantages of both hard and soft grinding/polishing pads, they can balance workpiece flatness and uniformity.
2.Provide faster break-in and global flatness, improving the process stability and dimensional precision of SiC wafers.
3.With embossing and grooving processes, the pad maintains good polishing slurry/grinding slurry flowability, reduces sticking, and is easier to clean.
4.Made with special fiber materials, it is durable, wear-resistant, acid- and alkali-resistant, and highly cost-effective.
JIZHI Electronics SiC Substrate CMP Rough Polishing Process Results
In the actual application of the SiC rough polishing process, after polishing with JIZHI Electronics SiC polishing slurry (JZ-8010) and JZ3020 polishing pad, the SiC surface achieved an Ra value of 0.13 nm.
| SiC Substrate CMP Fine Polishing Process | |
|---|---|
| Verification Equipment | Double-Sided 36B |
| Wafer | 6″SiC |
| 抛光泥浆 | JZ-8010 |
| 抛光垫 | JZ-3020 |
| Pressure | 350 g/cm2 |
| Rotation Speed | 40 rpm |
| Polishing Rate | 2.5 µm/H |
| Surface Roughness | 0.13 nm |


JIZHI Electronics Damping Cloth Fine Polishing Pad Products

SiC Polishing Pad Auxiliary Material Parameters
Polishing Pad Back Adhesive:
Each JIZHI Electronics polishing pad can be supplied with back adhesive according to customer requirements, including 3M or domestic adhesive options. The adhesive provides firm bonding during use and can be easily peeled off from the platen surface after use.
Applications of Back Adhesive:
Fixing grinding cloth and grinding pads for LCD glass substrates.
Fixing grinding cloth for wafers, hard disk substrates, and other materials.
Fixing CMP pads.
Fixing rubbing cloth and other related materials.
High-Elastic Cushion Pads and Adsorption Pads:
Cushion pads and adsorption pads can be provided according to customer requirements. The cushion pad is made of high-foam silicone sponge developed through advanced polymer industrial technology. With features such as heat resistance, cold resistance, and low flammability that ordinary foam does not have, it can be laminated with polishing damping cloth to produce polishing pads of different thicknesses, thereby improving the polishing effect and better protecting the workpiece during polishing.
JIZHI Electronics SiC polishing pads offer cost-effective pricing
JIZHI Electronics polishing pads are manufactured using imported technology and can match the performance of imported polishing pads, PAD products, and damping cloth polishing pads, including Politex, Fujiba, SUBA, and Universal alternatives, with stable and reliable quality.
Choose JIZHI Electronics polishing pad products for more competitive pricing, lower costs than imported polishing pads/fine polishing pads, stable delivery times, and higher cost performance!
为什么选择集智电子?
10 年光学材料 CMP 经验
10 年光学材料 CMP 经验
抛光方案和配方可灵活定制
无毒、可生物降解配方,符合国际环保标准。
免费进程调试
40% 的处理时间比传统方法更快a
引进国外生产技术和设备
优化的消耗率降低了总体运行成本。