High-Precision Polishing Pads Fuel Booming Development of Semiconductor Advanced Manufacturing (Apr 2026)
Veröffentlichungsdatum:
2026-04-28
Driven by the rapid iteration of semiconductor advanced processes such as 3nm/5nm chip manufacturing and 3D IC packaging, the global demand for high-precision polishing pads has surged sharply. As core consumables for chemical mechanical planarization (CMP), polishing pads determine the surface flatness, defect rate and overall yield of semiconductor wafers. Traditional ordinary polishing pads struggle to meet the ultra-strict flatness and low-defect requirements of advanced chip manufacturing, becoming a key bottleneck restricting precision production.
The newly upgraded industrial polishing pads adopt optimized polyurethane foam structure and micro-texture surface design. With uniform pore distribution and stable chemical resistance, the products deliver consistent polishing pressure, effectively reducing wafer surface scratches, residual particles and surface damage. Compared with conventional products, the upgraded polishing pads achieve 35% lower defect density and 50% longer service life, perfectly adapting to automated high-speed CMP production lines for semiconductors, precision glass and alloy components.
According to global industry market data, the CMP polishing pad market will maintain a CAGR of 6.7% from 2026 to 2034. With the continuous expansion of high-end semiconductor and precision electronic manufacturing capacity worldwide, high-performance precision polishing pads will remain indispensable core supporting materials for the upgrading of global intelligent manufacturing industries.
In terms of global layout, METAKEY actively responded to the "the Belt and Road" initiative and deepened overseas market expansion.
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