Circular Sputtering Source offers UHV-compatible option.
Designed to meet requirements of R&D community, Torus-® Mag Keeper™ includes quick target change feature, optimized cooling design, and low operating pressure capability. Circular magnetron sputtering source is engineered with no O-rings and all ceramic insulators. For magnetic film deposition, Mag Keeper offers high-strength magnet options for sputtering up to 3 mm thick Fe. Product comes in...
Read More »Circular Sputtering Source offers UHV-compatible option.
Designed to meet requirements of R&D community, TorusÃ-® Mag Keeper™ includes quick target change feature, optimized cooling design, and low operating pressure capability. Circular magnetron sputtering source is engineered with no O-rings and all ceramic insulators. For magnetic film deposition, Mag Keeper offers high-strength magnet options for sputtering up to 3 mm thick Fe. Product comes...
Read More »S-Bond Joining Materials and Services for the Manufacture of Sputtering Targets
S-Bond-® active solders enable the joining of dissimilar metals and ceramics to each other and to other metals. S-Bond's patented alloys have active elements such as titanium and cerium added to Sn-Ag, Sn-In-Ag, and Sn-Bi alloys to create a solder that can be reacted directly with the metallic and/or ceramic surfaces prior to bonding. S-Bond filler metal alloys produce reliable joints with...
Read More »S-Bond Joining Materials and Services for the Manufacture of Sputtering Targets
S-BondÃ-® active solders enable the joining of dissimilar metals and ceramics to each other and to other metals. S-Bond's patented alloys have active elements such as titanium and cerium added to Sn-Ag, Sn-In-Ag, and Sn-Bi alloys to create a solder that can be reacted directly with the metallic and/or ceramic surfaces prior to bonding. S-Bond filler metal alloys produce reliable joints with...
Read More »Caps & Plugs Designed for Peace of Mind
Download this engineering guide to learn more about the different caps and plugs offered, and to find the correct solution for your specific application.
Read More »Sputtering Targets produce high-purity SiC films.
Manufactured by chemical vapor deposition process, Silicon Carbide Sputtering Targets consist of homogenous, monolithic material with no particles. High density and lack of porosity results in negligible outgassing of target and makes it suitable for use in ultra-high vacuum conditions. Ranging in size from 3-20 in. diameter, targets are 99.9995% pure, enabling production of highly pure, uniform...
Read More »Sputtering Targets produce high-purity SiC films.
Manufactured by chemical vapor deposition process, Silicon Carbide Sputtering Targets consist of homogenous, monolithic material with no particles. High density and lack of porosity results in negligible outgassing of target and makes it suitable for use in ultra-high vacuum conditions. Ranging in size from 3-20 in. diameter, targets are 99.9995% pure, enabling production of highly pure, uniform...
Read More »Expanded Line of Sputtering Targets
Oakdale, PA...February 28, 2008... Sputtering targets from Goodfellow Corporation are available in 62 different metals and alloys, as well as compounds such as borides, carbides, fluorides, nitrides, oxides, selenides, silicides, sulphides, and tellurides. In addition, the surfaces of flat sheets up to 80 mm x 400 mm can be heat treated, remelted, or alloyed using a continuous thermal process....
Read More »Expanded Line of Sputtering Targets
Oakdale, PA...February 28, 2008... Sputtering targets from Goodfellow Corporation are available in 62 different metals and alloys, as well as compounds such as borides, carbides, fluorides, nitrides, oxides, selenides, silicides, sulphides, and tellurides. In addition, the surfaces of flat sheets up to 80 mm x 400 mm can be heat treated, remelted, or alloyed using a continuous thermal process....
Read More »Rotatable Targets assist thin film solar cell manufacturers.
High-density (99%+) CIG rotatable sputtering targets aid thin film solar manufacturers with casting of ternary alloy CuInGa (CIG). Density of material promotes control and material utilization. With 70% material utilization on rotatable and 25% on planar, spent targets can be reclaimed and re-cast to make new target. Process also works with materials such as In, InSn, Sn, Zn, Al, and SAC.
Read More »Rotatable Targets assist thin film solar cell manufacturers.
High-density (99%+) CIG rotatable sputtering targets aid thin film solar manufacturers with casting of ternary alloy CuInGa (CIG). Density of material promotes control and material utilization. With 70% material utilization on rotatable and 25% on planar, spent targets can be reclaimed and re-cast to make new target. Process also works with materials such as In, InSn, Sn, Zn, Al, and SAC.
Read More »Oilfield Improvements® Wheeled Rod Guide® Couplings Celebrate 35th Anniversary
For over 35 years our Wheeled Rod Guide Couplings, have been at work in oil fields across the globe. Our products are engineered to extend the service life of sucker rods and tubing, delivering cutting-edge innovation that enhances oilfield operation, maximizes output, and enhancing overall operations. To learn about the advantages of using Wheeled Rod Guide Couplings in your wells, see our video.
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