AMOGREENTECH - leading the 4th industrial revolution with nano-material technology

AMOGREENTECH are a global leader in innovative nano-material technology for cutting-edge Automotive, IoT, Environmental, Energy and Bio-medical applications. They create and focus on improving the quality of their materials to enable customers to stay at the leading edge and stay competitive in high tech industries.
Acal BFi has partnered with AMOGREENTECH to offer customers across Europe their range of amorphous and nanocrystalline powder cores, which are designed to meet the high-power and high-frequency needs of new technologies and applications.
Amorphous alloy (APH™) - 60, 90μ permeability
The APH-series of cores has excellent DC Bias and a high saturation magnetic flux
density value (1.56Tesla), enabling up to 50% reduction in volume, for typical
applications, compared more materials such as ferrite, sendust, iron powder and silicon
steel.
AMOGREENTECH™s Amorphous alloy powder cores have low losses, because the crystal
magnetic grain structure does not anisotropy, improving the consistency of the material
properties within the core material.
- Composition: Fr-Si-B
- Permeability: 60, 90μ
- Magnetic flux density: 1.5T
- Curie Temperature: ≈ 395°

Nanocrystalline alloy (APM™) - 26, 60, 90, 125μ permeability
AMOGREENTECH™s Nanocrystalline alloy powder core range provides high-quality and
high-efficiency power, with some of the lowest core loss in the market.
Their APM series is ideal for high power and frequency applications because they have
zero magnetostriction, generating no audible noise, and good temperature stability in
the operation, with a high Curie temperature of up to 570°C.
- Composition: Fr-Si-B-Nb-Cu
- Permeability: 26~125μ
- Magnetic flux density: 1.2T
- Curie Temperature: ≈ 570°C

Custom magnetic cores
At Acal BFi we offer custom services from design to production of magnetic components to meet your bespoke specifications.

Contact us
For more information on AMOGREENTECH™s range, or to speak to an expert on your project requirements, please contact us.