Ferrite-Domen Scientific Research Institute

Ferrite-Domen Scientific Research Institute is a Russian research and manufacturing enterprise based in Saint Petersburg and associated with the Ruselectronics group. The institute is focused on ferrite materials, microwave components, and related devices used in radioelectronic systems. Its products support applications such as radar, radio astronomy, telecommunications, and other high-frequency electronic systems. The organization is particularly associated with ferrite materials used in the construction of radiofrequency and microwave components. Its portfolio includes more than 50 brands of ferrogranates, ferrospinels, hexaferrites, and microwave ceramic dielectrics. These materials are intended for use in components that control, guide, absorb, or otherwise modify electromagnetic energy across a broad range of frequencies. In addition to materials, the institute produces microwave devices based on coaxial waveguide and microstrip technologies. The coaxial product range includes valves, circulators, and switches operating from 30 MHz to 170 GHz. Reported operating capabilities include average power of up to 150 kW and pulse power of up to 1 MW for relevant coaxial devices. Devices based on microstrip lines cover frequencies from 200 MHz to 100 GHz, with operating frequency bands of up to 66 percent, direct losses reported as low as 0.3 dB, average power of up to 100 watts, and pulse power of up to 2 kW. The institute has also developed radio-absorbing coatings based on nanostructured films. According to the cited reference material, these coatings use a film approximately four microns thick and can reduce the radar and infrared visibility of ground equipment by a factor of ten. This work extends the organization’s activity beyond conventional passive components into electromagnetic compatibility, signature reduction, and defense-oriented materials engineering. The enterprise has a historical place in the Russian ferrite sector. Reference material describes SPA Ferrite as a leading Russian enterprise in the ferrite branch of the electronics industry. In 1981, the company received the Order of the Red Banner of Labour, a Soviet state distinction recognizing industrial or labor achievements. A leading specialist of the enterprise, Vladimir Aleksandrovich Korytov, was also awarded the honorary title of Leading Machine Builder of the Russian Federation. The available material does not establish the institute’s founding year, detailed corporate reorganizations, current management, or a direct corporate website URL.

Ferrite-Domen Scientific Research Institute is identified in the available reference material as a company located in Saint Petersburg, Russia, and as part of Ruselectronics. Its work centers on ferrite materials and high-frequency electronic devices. The institute is associated with SPA Ferrite, described as a leading Russian enterprise in the ferrite segment of the electronics industry. The organization’s technical base spans both materials science and microwave engineering. It produces numerous material families, including ferrogranates, ferrospinels, hexaferrites, and microwave ceramic dielectrics. These materials form part of the technological foundation for components used in radioelectronic systems, including radar, radio astronomy, telecommunications, and other applications requiring controlled electromagnetic behavior. The institute also manufactures microwave devices using coaxial-waveguide and microstrip-line designs. Its coaxial devices include valves, circulators, and switches covering frequencies from 30 MHz to 170 GHz. The cited technical description gives average power capability of up to 150 kW and pulse power of up to 1 MW for coaxial devices. Microstrip products are described as operating from 200 MHz to 100 GHz, with bandwidths of up to 66 percent and direct losses as low as 0.3 dB. Their stated power capabilities reach 100 watts average and 2 kW pulse power. Another area of development is radio-absorbing technology. Institute specialists created wide-range masking coatings based on nanostructured films. The referenced description states that a film about four microns thick can reduce the radar and infrared visibility of ground equipment by ten times. This indicates activity in electromagnetic absorption and signature-management technologies in addition to the institute’s conventional ferrite and microwave-component operations. A documented institutional milestone is the award of the Order of the Red Banner of Labour in 1981. The distinction reflects recognition during the Soviet period, although the available material does not specify the exact work or production achievement for which it was granted. Vladimir Aleksandrovich Korytov, described as a leading specialist of the enterprise, received the honorary title of Leading Machine Builder of the Russian Federation. The supplied sources do not provide a founding date, a complete chronology of ownership changes, named current or former executives, financial information, a verified official website address, or details of the institute’s present customer base and export markets. Those aspects therefore remain undocumented in this entry.

• 1981

  Awarded the Order of the Red Banner of Labour

  [1]Ferrite-Domen Scientific Research Instituteen.wikipedia.org

  The enterprise received the Order of the Red Banner of Labour, a Soviet-era distinction recognizing labor or industrial achievement.

A specialized Russian research and industrial supplier of ferrite materials, microwave components, and electromagnetic signature-reduction technologies for advanced radioelectronic systems.

• Ferrite materials

  Ferrogranates

  Ferrogranates are among the institute’s reported material families. They are produced as part of a broader portfolio of ferrite compounds for radioelectronic and microwave applications. The source identifies more than 50 brands across the institute’s material range, but does not provide individual product names, grades, or specifications for the ferrogranate line.

• Ferrite materials

  Ferrospinels

  Ferrospinels form another reported material family manufactured by the institute. These materials belong to the ferrite component of the organization’s business and are intended for use in electronic systems requiring particular magnetic and high-frequency properties. Detailed commercial grades and application-specific product data are not provided in the available reference.

• Ferrite materials

  Hexaferrites

  The institute produces hexaferrites as part of its portfolio of ferrite materials. Hexaferrites are used in various radiofrequency and microwave technologies, and their inclusion reflects the company’s specialization in materials supporting electromagnetic components. The source does not identify specific grades, trademarks, or end-product configurations.

• Microwave materials

  Microwave ceramic dielectrics

  Microwave ceramic dielectrics are included among the institute’s reported material products. They support the design of high-frequency electronic components and systems by providing controlled dielectric characteristics. The available material does not state the individual formulations, commercial series, or customer applications associated with this line.

• Microwave components

  Coaxial-waveguide microwave devices

  The institute produces valves, circulators, and switches based on coaxial-waveguide technology. The reported operating range extends from 30 MHz to 170 GHz. The cited technical figures state average operating power of up to 150 kW and pulse power of up to 1 MW, while minimum direct losses for coaxial fans and circulators are reported at 0.1 dB.

• Microwave components

  Microstrip microwave devices

  Microstrip-line devices produced by the institute operate across a stated frequency range of 200 MHz to 100 GHz. The source reports operating frequency bands of up to 66 percent and direct losses of 0.3 dB. Their described power ratings reach up to 100 watts average and 2 kW pulse power.

• Electromagnetic signature-reduction technology

  Nanostructured-film radio-absorbing coatings

  The institute’s specialists developed wide-range masking radio-absorbing coatings based on nanostructured films. The cited description states that the film is approximately four microns thick and can reduce the radar and infrared visibility of ground equipment by ten times. Specific product names, deployment dates, and customers are not identified.

1. 1Ferrite-Domen Scientific Research Instituteen.wikipedia.org