Shaping the Future of Semiconductor Manufacturing with Mott's Expertise

Mott Corporation is a trusted partner in the realm of microelectronic engineering, providing solutions that drive efficiency and precision in semiconductor manufacturing. Our high-purity porous products ensure 9-log filtration of particles, maximizing wafer yield and enhancing semiconductor tool performance. From bulk gas delivery systems that ensure particle-free gas to advanced components for fab facilities, our offerings are designed for the highest standards of the microelectronics industry. Dive into Mott's suite of microelectronic engineering solutions and discover how we're shaping the future of semiconductor manufacturing.

Microelectronics

Fab Facility Components

Improve the safety of your fab facility with Mott high purity porous Penta® Nickel bulk filters and Mott Precision Flow Restrictors. High pressure oxygen systems are susceptible to adiabatic compression ignition when materials that cannot withstand a high ignition energy, like Teflon, are used in the system. The result can be catastrophic. Mott Penta® Nickel porous metal filters operate at higher temperatures than plastic, Teflon or Stainless Steel, and act as a heat sink to quench any potential flame.

Read More
Ultra High Purity Products

Microelectronics

Semiconductor Tools

As a trusted supplier to the world’s top semiconductor tool manufacturers, Mott products can be found in most semiconductor tools. Our high purity porous products provide industry-leading 9-log filtration of particles as small as 0.0015 μm, to maximize wafer yield.

Read More

Microelectronics

Ultra High Purity Gas Delivery Systems

Mott porous metal gas filters are ideal for ultra high purity gas delivery applications because they provide 9-log filtration of particles as minute as 0.0015 μm, to ensure particle-free gas. Our point-of-use filters, available in Stainless Steel, Hastelloy®, and Penta® Nickel, allow for dry down in minutes, not hours. And Mott filters are available in a variety of materials to ensure compatibility with nearly all high purity semiconductor process gases.

Read More