Ferrites and Dielectrics
As a pioneer in the production of low-loss non-reciprocal microwave components, we use only high-quality carefully-chosen raw materials for our ferrite manufacturing. The entire operation, from raw oxide powder processing to sintering, to cutting and grinding is in-house. We therefore have full control of all stages of the process and there is no dependence on outside ssuppliers.Our garnets and spinels enable a wide choice of crystal structure and material compositions. We adjust the compositions to obtain the electrical and magnetic properties required for different projects.Our development team takes full advantage of this flexibility. Ferrite compositions are chosen to suit the frequency, bandwith, losses, power capability and operating temperature requirements of customer specifications. mircowave ferrites are produced as high-density polycrystalline magnetic ceramics. Careful quality control ensures reproducibility of our many ferrite materials.
Low-loss dielectric materials are included in our in-house ceramic materials program. We produce high-quality dielectrics, such as Al2O3, TiO2, CaMgTiO3 and other ceramics. Material properties, such as dielectric constant, loss factor and thermal parameters are closely controlled by our quality control methods.
Our modern ceramics production line allows highly-precise processing of ferrite and dielectric ceramics. We process ceramics in nearly any shape, from cylindrical resonators to thin film substrates with the highest surface quality.
The special combination of high-quality and precise processing ensures optimum performance of the products that use these ceramic materials.
Cobalt & Holmium Doped Garnets – Microwave Ferrite, Ferrites & Magnetic Materials, Garnet & Ferrite (Microwave) Garnets with enhanced power handling, with useful switching properties. Microwave ferrite magnets can generate constant magnetic field to control electric current so that microwave signal is amplified and information can be smoothly transmitted. Microwave magnets are widely used in magnetrons, cathode-ray tubes, […]
Narrow Linewidth Garnet Material Series – Microwave Ferrite, Narrow Linewidth Garnet Ferrites, Heat-resisting with narrow frequency band, Narrow Linewidth materials for above resonance applications Characteristics 1.Small ferromagnetic resonance linewidth 2.Good stability of temperature 3.Excellent surface density and well compactability Applications Coaxial, stip-line, microstrip circulator, isolator; Small type, wide frequency device. HSMAG manufactures ferrites on the base of compounds […]
General Garnet Material Series – Microwave Ferrite, Garnet & Ferrite Material (Microwave), Y-Gd (Yttrium-Gadolinium), Y-Gd-Al (Yttrium-Gadolinium-Aluminium), Y-Al (Yttrium-Aluminium), CVG (Сalcium-Vanadium), Y-Gd-Al Co or Dy(Yttrium-Gadolinium-Aluminium with Co and Dy additives) Characteristics 1. Low magnetic loss and dielectric loss 2. Good stability of temperature 3. Excellent surface density and well compactability Applications Coaxial,strip-line,microstrip circulator and isolator. General Garnets: Yttrium Cobalt Doped Calcium, Vanadium […]
Ni (Nickel Spinels) Ferrite Material Series – Microwave Ferrite and Ceramic, Nickel Ferrite Material Microwave Ferrite For Microstrip Isolators and Circulators Characteristics 1. Well temperature stability 2. Small ferromagnetic resonance linewidth 3. High spinwave widthline 4. Low dielectric loss Applications High power microwave circulators, isolators and duplexers. Ferrite materials on the base of Mg spinel are characterised by small […]
Ni (Nickel Spinels) Ferrite High Power Material Series – Microwave Ferrite and Ceramic, Nickel Ferrites Serie Microwave Ferrite Characteristics 1. Low magnetic and dielectric loss 2. Well temperature stability 3. Excellent surface density and compactness Applications Coaxial, microstrip, stripline isolators and circulator Nickel Spinels for below resonance applications requiring 4PiMs in the range 500 to 5000 Gauss, […]
Li (Lithium-Titanium-Zink) Ferrite Material Series – Microwave Ferrite and Ceramic, Microwave Ferrite For Strip-line Isolators and Circulators Characteristics 1. Low magnetic loss and dielectric loss 2. Good stability of temperature 3. High dielectric coefficient Applications Low power loss coaxial, power electronics, strip-line circulator and isolator. These materials are used when manufacturing thermallly stable components operating in […]