Ceramic Components for Power & Energy

Power Generation & Distribution

Energy production, allocation and administration are the fundamentals in what is certainly one of the quickest-growing industries to date. And our precision-engineering skills are increasingly being chosen to assist the power field and provide the means for designers and manufacturers to meet current guidelines for the effective actualization of greener, cleaner power worldwide. Ceramic Components for Power & Energy are definitely a step in the right direction.

At PFC, we use an extremely broad spectrum of cutting-edge ceramic materials which offer prime electrical, physical and thermal properties. And also a wide scope of dielectric materials that introduce world class capacity solutions for high-voltage systems.

With our ability for adept production, we supply assemblies, components and precision-engineered materials, which enable us to meet the difficult environmental specifications and evolving needs of the transmission industries and power production applications. Supplying a vast array of contemporary products, standard and custom-made components in large quantities, and at competitive prices, PFC is by far the power generation and distribution leader.

Sample Applications:

  • Cable insulators
  • Ceramic rollers for solar panel flat glass substrate production
  • Cooling passages for Gas Turbines (Turbine Blades & Vanes ceramic Cores)
  • Fuel Cell Components
  • Fuses
  • Gas Meters
  • High Pressure Cable Interconnects
  • Insulating Ceramics for poly-crystalline silicon growth
  • Oil Well Submersible Pumps
  • Power Distribution
  • Power Supply (Insulators)
  • Power Transmission
  • Power Transmission Lines
  • Radiation Detector Components
  • Semiconductor Switch Housings
  • Stand Off Insulators
  • Vacuum Interrupters
  • Vacuum Switch Tubes

Process Control & Monitoring

PFC supplies precision engineered components and sub-assemblies for sensing equipment and in-line measuring in a multitude of fields, including medical, aerospace and general industrial applications. The significantly broad spectrum of superior ceramic materials PFC uses provides exceptional dimensional endurance, support and firmness. The safeguard of our materials from physical and chemical wear and intense heat and decay makes them a perfect fit for use in challenging production environments.

With a well-established array of sensing technologies for monitoring processes in general, advanced ceramics offer design engineers a valuable option for the ultimate dependability in identifying possible flaws, quantities and an assortment of other functions. The ceramic assemblies we supply can be utilized for precise measurement of a vast array of crucial specifications such as pressure, flow, vibration and level.

OEM’s prefer our assemblies in sensors for pressure, optical, and temperature measurement, as a thorough multi-functional integrated sensor package from a single source. Ceramic materials are exemplary for applications in accelerometers, used for the measurement of vibration in aerospace applications, due to their premium high sensitivity and endurance.

Sample Applications:

  • Boiler Level Controls
  • Electron Microscopes
  • Flow Meters
  • Flow Sensors
  • Gas & Liquide Flow Measurement
  • Gas Detection
  • Leakage Detection
  • Level Sensors
  • Mass Spectrometer
  • Moisture Control
  • NDT Probes
  • Offshore Drilling
  • Oxygen Probes
  • Particle Accelerators
  • Photo Detector
  • Pressure Transducers
  • Profilometer
  • Storage Rings
  • Strain Gauges
  • Test Equipment
  • Thermocouples
  • Vacuum Pumps

Power Tubes

Our contribution to the ceramic metallization process has acquired us a high profiled role in the commercialization of control technologies, signaling and modern communications, making us the leaders in the manufacture and design of components for electro-optic devices and electron tubes for over 50 years.

We produce ceramic components and brazed assemblies within strict tight-tolerance requirements, from one-offs to superior quality volume production, teaming with our customers to develop ambitious tailor-made solutions to meet their specific needs.

Additionally, the ceramic materials we use provide zero porosity, consistent dielectric constant, high-mechanical strength and low dielectric loss. These important material qualities, paired with our enduring professionalism and experience in ceramic-to-metal joining, make certain we prevail as the global authorities in this skilled industry.

Sample Applications:

  • Electronic Countermeasures
  • High Energy Physics Research
  • Microwave Signal Transmission
  • Radar
  • Satellite Communications
  • Surveillance/Screening
  • UHF Signal Transmission

Oil & Gas (industrial)

PFC produces precision-engineered assemblies, and components for businesses as varied as textile, petrochemical, metal, glass, mining, beverage, lighting, chemical and power distribution.

Due to the premium mechanical and electrical stability of our ceramic components, many OEM’s of flow and level measurement systems select our products, thereby guaranteeing themselves the ultimate capacity. Our components are used in numerous high power ultrasonic systems such as sono-chemistry and welding.

We use an extremely vast array of progressive ceramic materials which provide premium firmness, protection qualities, power and dimensional resilience. The safeguard of the materials we use from extreme heat, physical and chemical wear and corrosion makes them a perfect fit for applications in challenging production conditions.

At PFC, we produce ceramic components within strict requirements, from one-offs to superior quality volume production, teaming with our customers to develop ambitious custom-made solutions to meet their specific needs.

Sample Applications:

  • Accelerometers
  • Cartridge Heaters
  • Flow Sensors
  • Fluid and Powder Handling
  • Gyroscopes
  • Inkjet Printing
  • Investment Casting
  • Level Sensors
  • Mining/Drilling
  • Oil Exploration
  • Shot Blasting
  • Textile Machines
  • Ultrasonic Welding
  • Welding