Haywardtech Corp.
Haywardtech provides revolutionary innovative process technology for Semiconductor wafer, FPD glass panel and Stainless steel Industry. Established in 2005, capitalizing the breakthrough chemical treatment process, we address to specific applications of; - Wafer Thinning - FPD Glass Thinning - Steel Pickling just to list a few areas readily applicable. Actually, our unique approach challenging the conventional material processing is such new that the potential application is expected to range most of the process critical industry yet to be widely identified.
Company Introduction
Haywardtech provides revolutionary innovative process technology for Semiconductor wafer, FPD glass panel and Stainless steel Industry.
Established in 2005, capitalizing the breakthrough chemical treatment process, we address to specific applications of;
- Wafer Thinning
- FPD Glass Thinning
- Steel Pickling just to list a few areas readily applicable.
Actually, our unique approach challenging the conventional material processing is such new that the potential application is expected to range most of the process critical industry yet to be widely identified.
Detailed Company Information
Haywardtech Corp.
- Business Type
- Year Established
- Location South Korea
- Main Markets
- Total Employees 1-50 People
- Homepage www.haywardtech.com
- President HyeongMoon Jeong
- Phone +82-2-400-2260 02-400-2260
- FAX +82-2-400-2265
- Address 3F, Mastem Bldg. 33-10, Ogeum-dong, Songpa-gu, Seoul, 138-855, Korea
- Product Category Electronic Products > Home Appliances > Home Audio & Television
- Factory Information
Additional Introduction
Haywardtech provides revolutionary innovative process technology for Semiconductor wafer, FPD glass panel and Stainless steel Industry.
Established in 2005, capitalizing the breakthrough chemical treatment process, we address to specific applications of;
- Wafer Thinning
- FPD Glass Thinning
- Steel Pickling just to list a few areas readily applicable.
Actually, our unique approach challenging the conventional material processing is such new that the potential application is expected to range most of the process critical industry yet to be widely identified.