TXEMM specializes in developing cutting-edge electromagnetic materials and technologies for high-frequency applications. Our technology, developed at the Electromagnetic Materials Research Laboratory at the University of Delaware, creates a range of electromagnetic wave shielding and absorbing materials and testing instruments for soft magnetic materials and ferrites.
We not only provide magnetic materials but also magnetic materials characterization and the development of magnetic systems and conductive pastes for solar cells. Our mission is to design, develop, and manufacture magnetic materials with broad operating frequencies, as well as electronic components and devices that incorporate these materials.
We offer unique solutions to the market and have developed high-frequency magnetic materials with unique properties that are suitable for use in miniaturized antenna and microwave devices. Our business strategy involves:
Developing magnetic materials with unique solutions
Large-scale production of these materials
Forming alliances with companies to enter the market
Designing and developing devices based on our materials.
In addition to materials and devices, we offer high-quality services to customers in industries such as metallurgy, automotive, metal processing, and power electronics, as well as government agencies like DoD, NASA, and NSF. Our services include:
Characterizing soft magnetic materials
Consulting on electromagnetic materials and devices
Customizing materials and devices to meet specific needs
Designing permanent magnets and electromagnets.
At TXEMM, we are dedicated to finding innovative solutions for your high-frequency needs. Contact us today to learn more about our unique magnetic materials and technology solutions.
Magnetic Testing and Characterization
Magnetic and Electric Measurement
Hysteresisgraph Loop Measurement
Vibrating Sample Magnetometry
Microwave Property Test
X-Ray Diffraction
Energy Dispersive Spectroscopy
Electron Microscopy
We work closely with a wide range of clients from different regions in both public and private sectors.