BIRCHRUNVILLE, PA — Birchrun Labs announced the development of a groundbreaking piezoelectric material that is now in use by a Fortune 200 manufacturer. This new material boasts the highest displacement and temperature tolerance in its class, promising to revolutionize various industrial applications.
The material, described by customers as “rugged and robust,” offers several key advantages, including larger displacements, higher operating frequencies, longer duty cycles, and greater force. These benefits stem from the material’s high Curie temperature, a critical factor for all piezoelectric materials. While most competing materials operate continuously at 150°C, Birchrun Labs’ material functions seamlessly at 235°C and can withstand temperatures up to 360°C. This makes it ideal for precision machining operations and other demanding applications.
Lucas, a United States Naval Academy graduate with 176 carrier landings, and Larry, a highly decorated U.S. Army Captain with over 650 combat missions, lend their expertise to Birchrun Labs. Larry was recently awarded a Silver Star for Gallantry for his service in Vietnam, highlighting the caliber of individuals driving innovation at Birchrun Labs.
“Birchrun Labs’ actuators can be run harder, faster, and longer than those produced by the competition,” said Lucas. This statement is backed by impressive performance metrics. Birchrun Labs stacks run at over 1,200 Hz for extended periods, measured in weeks, without any degradation in performance.
A comparison between Birchrun Labs’ material and its closest competitor highlights the significant advancements:
- Operating Temperature: Birchrun Labs operates at 235°C, while the competitor runs at 150°C.
- Max Temperature: Birchrun Labs can handle over 360°C, compared to the competitor’s 280°C.
- Blocking Force: Birchrun Labs achieves 4500N, surpassing the competitor’s 4100N.
- Capacitance: Birchrun Labs measures at 1.18 µF, higher than the competitor’s 0.685 µF.
- Resonant Frequency: Birchrun Labs reaches 12.3 kHz, outpacing the competitor’s 10 kHz.
These figures illustrate the superior performance and reliability of Birchrun Labs’ piezoelectric material, which could redefine industry standards. The ability to operate at higher temperatures without performance loss means industries can expect increased efficiency and lower maintenance costs. This opens up new possibilities for applications in fields requiring precision and durability, such as aerospace, automotive, and medical devices.
The implications of this innovation are far-reaching. By providing a material that can endure harsher conditions and deliver consistent performance, Birchrun Labs positions itself as a leader in the piezoelectric sector. This advancement not only enhances current manufacturing processes but also paves the way for new technological developments.
Birchrun Labs’ new material represents a significant leap forward in piezoelectric technology, offering unmatched capabilities that could transform multiple industries. With a focus on continuous improvement and high-performance solutions, Birchrun Labs aims to set new benchmarks and drive progress in the field of advanced materials.
For the latest news on everything happening in Chester County and the surrounding area, be sure to follow MyChesCo on Google News and MSN.