Successful Development Of Applanador®, CMP Slurry For Copper Interconnects With Epoch-Making Planarization Performance

Date: 5 December 2006
Source: Asahi Glass Co. Ltd.

Date: 5 December 2006

Asahi Glass Co. Ltd. (Head Office: Tokyo; President & CEO: Masahiro Kadomatsu) has succeeded in developing a CMP (Chemical Mechanical Polishing) slurry for copper interconnects (product name: Applanador®) that hardly generates any dishing (a dent on the interconnect) caused by copper CMP during the production process of copper interconnects for semiconductor integrated circuits.

With a traditional product, as dishing of about 500Å (angstroms) appears during the polishing process, a thick coating must be placed over the copper to secure proper interconnect thickness. Actually dishing itself has been a critical factor that has drastically lowered the yield rate. As a result, we posted high production costs.



The new Applanador® will enable us to make the copper coating thinner and reduce processing times for both coating and CMP. Moreover with only minimal dishing, we expect a remarkable improvement in the yield rate as well as a radical decline in production costs for semiconductor integrated circuits. High-performance semiconductor integrated circuits such as microprocessors and memory in line with the micronization of processes tend to increase the interconnect resistance value and thereby prompt heat generation, reducing the yield rate and preventing improvement in the process core speed. For this reason, the industry is accelerating the shift from aluminum, currently the most common wiring material, to lower-resistance copper.



Accordingly the market for CMP slurries for copper interconnects which was worth roughly 40 billion yen in 2005 has been posting an annual growth rate of 20%. Since 1993, Asahi Glass Co. Ltd. at its fully-owned subsidiary, Seimi Chemical Co. Ltd. (Head Office: Kanagawa; President & CEO: Yutaka Ando) has been engaged in the production and sales of CMP slurries for STI using its own micro-grinding production technology for cerium oxide (CeO2). Taking advantage of its capability to manage the full production cycle including the selection of materials, Asahi Glass has been servicing customers around the globe. Meanwhile in 2004 the company launched the first CMP slurry for copper interconnects for Silica (SiO2). We continued to develop CMP slurries as a key growth product component in our Electronics & Energy business, the third pillar under the company’s “JIKKO-2007” medium-term management plan. Consequently, we successfully completed the development of Applanador® offering epoch-making planarization performance.



We will begin in December 2006 distributing samples of Applanador® and start mass production in 2007. To achieve our goal of attaining by 2010 a minimum of 25% of the global share in the market for CMP slurries for copper interconnects, we will found a new office in Taiwan as well as current Japan, Europe and America, Shanghai, a Singaporean office. We also plan on exploring the opening of global production sites.

600450 Successful Development Of Applanador®, CMP Slurry For Copper Interconnects With Epoch-Making Planarization Performance glassonweb.com

See more news about:

Others also read

Empa researchers designed aerogel-filled glass bricks that are translucent as well as thermally insulating and strong.
Some years ago, during an international exibition RCN Solutions had the honour to meet an important Japanese company offering their assistance as representative.
The 30 tpd end fired furnace for crystal glass was modified together with the two production lines and partly equipped with furnace equipment by HORN.
The President of Kuraray Europe GmbH has been appointed to the Board of Directors of Kuraray.
NSG Group announced today that its glass products have been selected for ISUZU ERGADUO, the first hybrid joint bus in Japan.
Nippon Sheet Glass Co., Ltd. announced today that Jörg Raupach Sumiya has been nominated to join the Company’s Board as the new External Director, effective June 27, 2019.

Add new comment

NEWS RELATED PRODUCTS