Performance to Drive Consumer Preference
For the next generation of cellphones, wearables, hearing aids, and other consumer electronics, advanced features and performance drive customer preferences. Our material solutions provide development flexibility to help you meet rapid new product development cycles with soft magnetic alloys that provide unique performance advantages.
High permeability alloys and laminated stacks act as current sensors and prevent unwanted electromagnetic interference between adjacent devices in compact consumer electronic applications.
80% nickel-iron-molybdenum alloy with extremely high initial and maximum permeability, minimum hysteresis loss, and low coercivity
High initial and maximum permeability for fast magnetic response and low core loss after heat treatment that can be readily stamped
Haptic feedback requires precise motor responses to simulate a range of tactile feedback. Our high induction and permeability alloys offer higher force, improving the haptic device sensitivity and power consumption.
Highest magnetic saturation with low coercivity and the lowest losses with mechanical properties that can be tailored to optimize power dense motors
A ductile-high-magnetic saturation and high-induction alloy
Iron-base austenitic stainless steel with notched rupture strength superior to any other alloy with comparable high-temperature properties
Progress in miniaturization of electronics requires smaller micro speakers with higher audio output. We work with designers to build smaller, lighter transducers with similar power levels, or create more powerful transducers of a similar size.
A ductile-high-magnetic saturation and high-induction alloy
Highest magnetic saturation with low coercivity and the lowest losses with mechanical properties can be tailored to optimize power-dense motors
Alloys with controlled expansion characteristics are used for a broad variety of applications where thermal size change of the metal must be considered in component part design.
36% nickel-iron alloy possessing a rate of thermal expansion approximately one-tenth that of carbon steel at temperatures up to 400°F (204°C)
Free-machining 36% nickel-iron alloy possessing a rate of thermal expansion approximately one-tenth that of carbon steel at temperatures up to 400°F (204°C)
Glass-to-metal sealing applications require specialty alloys designed to match the rate at which glasses cool from various elevated temperature ranges. Our materials offer lasting metal-to-glass fusion in hermetically-sealed devices.
Vacuum melted, iron-nickel-cobalt, low expansion alloy with a controlled chemical composition for precise uniform thermal expansion to make a strong hermetic seal
Ductile 28% chromium-iron alloy exhibiting no phase transformation up to 2100°F (1150°C) and particularly adapted to outside sealing
41% nickel-iron controlled expansion alloy can be used for a variety of hard glass with thin edge tubular seals
Solutions must be small and lightweight but also provide expanded functionality, and in certain applications must have stable operation across a wide range of temperatures.
Whether it's diverse soft magnetics, application engineering, product knowledge, rapid prototyping and sampling, or other performance solutions, our expertise will get you to market with better products faster.
Customers call on us when they need to rethink the boundaries of specialty alloys
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