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Knowledge-based electronic manufacturing
Ferrite and Nanocrystalline Cores
Expertise in Ferrite and Iron Powder Core Production
est.
1992
Decades of expertise
98,6
%
Satisfied customers
Since 1996, TI-Electronic has been a leader in the development and production of ferrite and powdered iron core products. With decades of experience in the industry, we offer a wide range of high-quality core products that are rigorously tested to meet industry standards.
Our cores are widely used in various fields, including:
- Industrial electronics
- Broadcasting technology
- Lighting technology
- Automotive industry
Our inductor division manufactures and develops coils, transformers, and filters from these cores based on client needs. Our dedication to quality ensures that each product meets the specific requirements of its intended application.
You can download the detailed catalog of our ferrite and iron powder core products from our website. Additionally, we offer custom production and quality control for product types not listed in our catalog.
Nanocrystalline Material Cores
At TI-Electronic, we are also specialists in the production of cores made from nanocrystalline materials. These materials allow us to produce inductive elements that meet the ever-growing demands of frequency and operating temperature in modern electronics.
Key Features of Nanocrystalline Cores:
- High-frequency performance: Metal-metal type nanocomposites can be used up to 10 MHz, while metal-insulator nanocomposites operate up to GHz range frequencies.
- Versatile permeability: Through specialized heat treatment, the permeability of our nanocrystalline cores can be adjusted between 25,000 and 90,000, allowing for highly customizable applications.
- Wide application range: Our cores are suitable for switch-mode power supplies, current meters, and other electronic systems requiring low permeability and linear magnetization.
Currently, we focus on producing metal-metal nanocomposites, specifically nanocrystalline alloys. These alloys are made by heat-treating amorphous structures, which are produced by rapid cooling. We can produce amorphous tapes in widths between 4 and 20 mm, and larger cores are created by stacking thinner cores together.
