MPP FASTENER CORPORATION

Exhibitor at SEMICON Taiwan 2026 · Booth S7237

Booth S7237Country TW7 product topics
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BoothS7237
CountryTW
Websitewww.mpp.com.tw
Exhibitor profile

Company profile

MPP FASTENER CORPORATION was established in 1993 near the Hsinchu Science Park and states that it has more than 25 years of expertise in critical components for semiconductor front-end manufacturing. The company is certified with ISO 9001:2015 and ISO 14061-1:2018. MPP FASTENER CORPORATION collaborates with wafer foundry corporations to provide continuous improvement process (CIP) solutions for manufacturing operations. Its stated technical specializations cover nickel, nickel alloy, CP titanium, super duplex alloy and special-alloy chamber parts, together with parts machining and high-performance plastics selected for high-temperature and corrosion resistance. The service scope also includes CIP project engineering and optimizing product consulting service, and the company describes itself as both a chamber-parts provider and a project solution integrator. Under its three-in-one efficiency approach, the company says it streamlines processes and workflows to reduce waste and cost while improving productivity and quality. The same approach emphasizes doing the right things in the right way to achieve results and optimize resource use. MPP FASTENER CORPORATION also links continuous process improvement with sustainable, win-win outcomes for its projects and customer work.

Exhibitor profile

Exhibits

For semiconductor front-end equipment consumables and parts, MPP FASTENER CORPORATION processes corrosion-resistant and high-temperature-resistant materials and uses reverse engineering to restore original-part specifications for OEM 2nd Source work. The company's product information frames chamber parts as key components for semiconductor front-end process equipment and also identifies preventive-maintenance, PM, benefits as part of the product context. Its engineering workflow uses three-dimensional measuring instruments for dimensional construction, combines that measurement with 3D drawing to create engineering design drawings, and uses professional material-analysis instruments for material analysis. The product categories include high-temperature and corrosion-resistant nickel and nickel-alloy consumable parts, super-alloy and stainless-alloy parts, titanium-alloy parts, high-performance engineering-plastic parts and OEM project parts. Facility-side equipment supplies form a distinct product category in addition to chamber parts and material-based components; they include the design and manufacture of machine-assistance carts, platforms and cabinets, with customization based on the customer's production environment and operating process. These facility-side products are described as durable and subject to strict quality control for use across different working environments. High-performance plastics in the portfolio can operate continuously at temperatures above 250°C and are described with excellent abrasion resistance and corrosion resistance. PBI, identified as polybenzimidazole and the amorphous polymer Celazole, is described as having the highest compressive strength of any un-filled resin and the highest tensile strength above 100°C except some LCP's. The listed PBI properties also include non-melting behavior, Tg 427°C in dry condition, heat deflection temperature 435°C, very low coefficient of thermal expansion, very good chemical and plasma resistance, and thermal and electrical insulation. NICKEL® 200 & 201 are commercially pure nickel grades described with resistance to various reducing chemicals and caustic alkalines, good magnetostrictive properties, high electrical and thermal conductivity, good ductility, a low work-hardening rate, good weldability and solderability. Haynes® 242 is listed with fluorination resistance, good antioxidant capacity below 760°C, good corrosion resistance to gaseous fluorine and hydrogen fluoride gases below 900°C, and strong performance in a reducing chlorination environment. For Haynes® 242, chloride salt and fluoride salt corrosion resistance is listed as good below 900°C, hydrogen embrittlement as medium to high, and chlorine corrosion resistance as excellent.

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