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Morgan Advanced Materials
Brochure
English Text
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Advanced solutions for the electronics sector
Electronics
About our Electronics business
Morgan Advanced Materials is a global materials engineering company which designs and manufactures a wide range of high specification products with extraordinary properties, across multiple sectors and geographies
From an extensive range of advanced materials we produce components, assemblies and systems that deliver significantly enhanced performance for our customers’ products and processes. Our engineered solutions are produced to very high tolerances and many are designed for use in extreme environments.
The Company thrives on breakthrough innovation. Our materials scientists and applications engineers work in close collaboration with customers to create outstanding, highly differentiated products that perform more efficiently, more reliably and for longer.
Morgan Advanced Materials has a global presence with more than 9,000 employees across 50 countries serving specialist markets in the energy, transport, healthcare, electronics, security and defence, petrochemical and industrial sectors. It is listed on the London Stock Exchange in the engineering sector (ticker MGAM).
Morgan Advanced Materials
Morgan Advanced Materials makes components that are helping the electronics industry in its drive towards higher performance and reliability in smaller, lighter, more robust products.
Our products are found in mobile phones, laptops, high definition televisions, lighting controls, laser instrumentation, microwave and high-voltage systems. We also supply products used in processing equipment for the manufacture of semiconductor wafers, LEDs and components such as optical fibres, laser diodes, and transistors for mobile and satellite communications.
The pace of development in the market for all types of electronic devices continues to create opportunities for innovation in engineering design and production, as well as challenging price-performance targets. We have been able to help leading electronics manufacturers exploit the unique properties of our advanced materials to achieve competing demands on size, functionality and cost.
We work closely with customers to design and manufacture small or intricate components, achieving explicit electrical and thermal properties within restricted size and shape constraints. We are able to offer durable piezoceramic, high quality dielectric materials and specialised metallisation techniques.
Typical applications for our products include
• BAR CODE SCANNERS
• CMP PAD CONDITIONING
• EMITTER BASES
• FISH FINDERS
• HDD - DUAL STAGE ACTUATORS
• HIGH SPEED DOCUMENT SCANNERS
• HIGH SPEED INSPECTION AND SORTING DEVICES
• ION AND E-BEAM COLUMNS
• LASERS
• LED GROWTH
• MOBILE AND SATELLITE COMMUNICATIONS
• PHOTOLITHOGRAPHY
• POWER TUBES (ELECTRON TUBES)
• RF / WIRELESS INDUCTORS
• SEMICONDUCTOR PROCESSING
• SURVEILLANCE AND SECURITY SYSTEMS
Morgan makes components that are helping the electronics industry in its drive towards higher performance and reliability in smaller, lighter, more robust products
Products for semiconductor processing / handling
Morgan is at the forefront in the development of materials and components for the demanding environments of semiconductor wafer processing. Our products are installed in fabrication plants all over the world, helping semiconductor manufacturers optimise their processes, maximize yield, and reduce their total cost of ownership
Our materials offer excellent corrosion resistance and mechanical strength, exceptional electrical insulation combined with an excellent surface finish. These properties are essential for end-effectors designed to handle 300 and 450mm wafers. Due to the mechanical strength of our materials, we are able to offer a better strength to thickness ratio than the parts they replace
Corrosive chemical processes used in semiconductor wafer production demands materials with excellent corrosion resistance.
Our alumina deposition chambers and isolating rings can be manufactured with OD in excess of 510mm. Yttria coatings as well as textured alumina can be applied with a proprietary technique that gives full covalent bonding and not just the mechanical bonding associated with plasma coatings.
Graphite and ceramic are essential materials for tools used in the process chambers that process silicon wafers, processes that are being constantly pushed to improve chip performance.
Speciality graphite and carbon products
We offer a range of high-specification, high-purity graphite and carbon products that allow semiconductor manufacturers to operate at higher temperatures with improved efficiency, including; ultra-high purity and standard porous rods, carbon and graphite felts, rigid boards, powders and machined graphite furnace components. Our products are also widely used in the LED manufacturing process.
Diamond like carbon coatings
Our Diamond-like carbon (DLC), and other nanocomposite coatings provide significant performance enhancement for electrostatic chucks where they are used as a sacrificial wear-layer to protect the underlying electronics, extending the life of these parts.
CVD SiC and PBN products
Morgan are specialist manufacturers of chemical vapour deposition (CVD) Silicon Carbide (SiC) and Pyrolytic Boron Nitride (PBN) products used in the production of semiconductor materials.
Silicon carbide
CVD SiC is an ultra-pure, non-porous ceramic material and it has been used in semiconductor applications such as Rapid Thermal Processing (RTP), Plasma Etch, and Metal-Organic Chemical Vapor Deposition (MOCVD) process. Our proprietary SiC surface treatment process has proven to minimise particle release in plasma chamber. We also have a patent on a near-net shape forming process for SiC rings, which enables us to produce SiC rings in high volume.
Morgan produces two grades of CVD SiC, High Resistivity (HR) grade (>10 Ω-cm) and
Engineered Low Resistivity (ELR) grade (< 0.1 Ω-cm).
Features
• ultra-pure 99.999%
• excellent stability in high temperature ammonia environments
• highly resistant to chlorine/fluorine erosion
• very high thermal conductivity
• Components up to 460mm in diameter
PBN crucibles and plates
CVD PBN is a high purity, non-porous ceramic material with anisotropic thermal properties that make it an ideal choice for high temperature applications. It is non-toxic, non-wetting and inert to nearly all chemicals.
Our high quality PBN crucibles have proven to improve the process performance for
crystal growth, whether the growth method is Liquid Encapsulated Czochralski (LEC),
Vertical Gradient Freeze (VGF), or Bridgman.
Our high quality PBN plates are an excellent choice for heating arrays for MOCVD reactors and as electrical insulators for CIGS sources.
High volume ceramic and glass components
Morgan is a leading supplier of high volume ceramic and glass components in a vast array of simple and complicated shapes. Our high volume ceramics are used as critical
components to produce wire-wound RF inductors and shapes to support a vast range
of electronics applications including cell phones, laptops, satellite based stations, HDTV,
personal appliances, lighting controls, circuit board overhead protection, thermo-controls, sensors, wireless applications and energy harvesting.
Our ceramic and glass products include
• Ceramic parts (including sub-miniature parts)
• Glass beads
• Glass preforms
• Pressed glass spacers
• Glass rods and tubes
Advanced products for laser and optoelectronic applications
Morgan produces a wide range of specifically designed and tailored high grade ceramic components for the laser and opto electronic market.
Properties of our advanced materials include; dimensional stability, high mechanical strength, high reflectivity and vacuum integrity ensure an extended life time even when operating at temperatures in excess of 1000 °C making them highly cost effective. We also offer products suitable for water cooled parts or the filtration of UV.
Laser reflectors for solid-state flash lamp, diode pumping and IPL systems
• High grade Alumina coated with solarisation resistance glaze
• 98% reflectance at 1064nm
• Over 96% efficient between 500nm and 2000nm
• Highly cost effective
• Virtually indestructible
• 3 glaze formulations available
Carbon dioxide laser wave guides
• Straight or folded wave guides fabricated in Alumina
• Complex shapes available
• Thermodiffusion bonded to form intricate internal structures
• Vacuum-tight seals and feed throughs with refractory metallised ceramics
• Excellent optical properties at 10 micron wavelength
Customer engineered components for
opto-electronic systems
• From sub-miniature parts to 500mm diameter or 1500mm long
• Large complex parts and cavities
• Finishes to 0.5 micron Ra
• High vacuum hermeticity
• Metallised coatings and brazed assemblies
• Thick film metallised assemblies (solderable and wire bondable)
For information about our braze alloys and brazing services see 9
Wide bandwidth transducers for SONAR
Morgan Advanced Materials provides high performance piezoelectric ceramic components and transducers for sonar systems used in a range of marine applications including; depth sounding, navigation and surveillance in the oil exploration industry, and commercial fish finding.
Our wide bandwidth transducers enable the use of more advanced imaging algorithms such as Chirp, or Synthetic Aperture Focusing Techniques (SAFT). In addition, higher frequencies can be used to increase target resolution, whilst lower frequencies remain available for better deep-water performance.
Our advanced technology can be adapted to higher frequency ranges and a variety of sizes and shapes that require dual-frequency operation. A key advantage of our dual frequency transducer is that it offers wideband dual frequency operation through the same slot, reducing installation times.
Our specialist manufacturing capabilities enable us to supply high quality components in high volume, at competitive prices. With in-house underwater acoustic test tanks and pressure testing facilities to validate performance, we are able to offer customised solutions in short lead times.
Standard and multilayer bimorph actuators
By combining our superior piezoelectric materials expertise and globally-recognised multilayer production techniques Morgan offers a variety of high efficiency, low voltage multilayer actuators to meet the growing demand for precise, controllable and repeatable displacement devices in the micrometer and sub-micrometer range.
Our piezo bimorphs can be found in a wide range of specialist electronics applications including:
• Optical instrumentation
• Inkjet printers
• Nano and micro positioning
• Hard disc drive read/write heads
Radio frequency capacitors
Morgan is a world leader in the design and manufacture of complex electronic ceramic components and assemblies used in a wide range of applications and cutting edge technologies. We specialise in the development and production of dielectric and ferroelectric materials and components. This range of high voltage radio frequency (RF) disc capacitors is fabricated from very low loss CLASS 1 ceramic dielectric materials which permit them to carry very high electrical loads over a wide frequency range.
Our RF ceramic capacitors are used extensively in antenna tuning in high power radio applications and for the high power handheld units used by the emergency services.
We also offer custom RF ceramic components, which can be designed into a wide range of communications applications including satellite communication systems, base stations and antennae.
FEATURES INCLUDE
• HIGH DIELECTRIC STRENGTH
• HIGH VOLTAGE / HIGH REACTIVE POWER RATINGS
• LOW SELF HEATING
• NON MAGNETIC MATERIALS
• VERY LOW NPO CAPACITANCE
APPLICATIONS INCLUDE
• ANTENNA CIRCUITS
• HF FILTER, BY-PASS AND COUPLING CIRCUITS
• HIGH POWER MATCHING NETWORKS -
PLASMA GENERATORS
• HIGH POWER MATCHING TUNED CIRCUITS
• INDUCTION AND DIELECTRIC
HEATING EQUIPMENT
• MASS SPECTROSCOPY / QUADRUPOLE
MASS ANALYSER
• RADIO BROADCAST TRANSMITTER
High voltage capacitors
Morgan has decades of experience manufacturing high voltage ceramic capacitors including those for both DC and power frequency (50/60Hz) applications.
Our products are used worldwide in challenging service conditions and are backed by rigorous testing procedures to ensure their electrical integrity and long service life.
Live-line capacitors
Our live-line capacitor assemblies are built into capacitor divider circuits and connected to medium high voltage lines and used to sense the presence of voltage on the lines.
Key Features:
• 24-36kv system voltage options available
• Wide range of capacitance values and metalwork fitting styles available
Voltage multiplier assemblies
Our series connected disc capacitors have been developed for use in low power voltage multipliers for high voltage DC generators. They are typically used in the manufacture of voltage multipliers for electrostatic paint spraying equipment as their compact form make them ideally suited for incorporation in hand held electrostatic spray guns.
Key Features:
• Output voltages in excess of 100kv
• Small size, robust construction
Pulse power capacitors
Our high voltage resin encapsulated disc capacitors feature new strontium based, low-loss, high permittivity dielectric materials. They are specifically designed to operate in circuits with high peak current and high repetition rates.
Key Features:
• Resin Encapsulation – which in conjunction with the high dielectric strength ceramic
allows for high energy densities.
• Negligible piezoelectric / electrostrictive effect – allowing use in extremely high
peak current (fast discharge) / high shot life applications
Applications include
• AC VOLTAGE DISTRIBUTION
• DC POWER SUPPLIES
• ELECTROSTATIC SPRAY GUNS
• EXCIMER LASERS
• LIGHTNING ARRESTORS
• LIVE-LINE INDICATION
• LOW POWER VOLTAGE
MULTIPLIERS FOR HV DC
GENERATORS
• MEDICAL POWER SUPPLIES
(X-RAY)
• POWERLINE COUPLING
Metallised ceramics and assemblies
Morgan has over 50 years’ experience in the design and manufacture of components for power tubes and electro-optic devices.
Our advances in ceramic metallisation processes have played a major role in the commercialisation of modern communications, signalling and control technologies.
Our metallised ceramics, feedthroughs and metal-to-ceramic brazed assemblies are manufactured from variety of ceramic grades with matching metallising processes enabling us to provide a complete solution.
We utilise thick and thin film technologies in our refractory metallising, applying proprietary inks and coatings to our ceramics according to customer requirements. From electronic circuit paths to joining a metal component with ceramic, our experts can help select the most effective solution.
Our metallised ceramics are ideal for use within high vacuum, high voltage and high pressure applications.
Typical applications
• CERAMIC CIRCUIT BOARDS
• ELECTRON TUBES
(EG. KLYSTRONS, MAGNATRONS, TWT’S)
• ELECTRONIC COUNTERMEASURES
• HIGH ENERGY PHYSICS RESEARCH
• IMAGE INTENSIFIER TUBES
(INCLUDING NIGHT VISION TUBES AND
PHOTOMULTIPLIERS)
• INSTRUMENTATION
• IR AND UV DETECTORS
• METALLISED RINGS FOR MEDICAL
LINEAR ACCELERATORS
• RADAR
• SATELLITE COMMUNICATIONS
• SURVEILLANCE / SCREENING
• UHF / MICROWAVE SIGNAL TRANSMISSION
Braze alloys and brazing solutions
Morgan provides leading brazing technologies under its Wesgo Metals brand harnessing decades of experience solving the complex challenges faced by the electronics sector with high reliability, value-added solutions.
In addition, to our high quality braze alloys, our Ultinex™ active brazing technology reduces the typical brazing process from five steps to just one, resulting in reduced lead times and the ability to produce higher performing assemblies with a wider range of ceramics, ceramic matrix composites, and metals.
SEMICONDUCTOR
Ceramic handling equipment from Morgan is a critical component in next-generation 450mm semiconductor wafer fabrication facilities.
Alumina’s combination of strength and stiffness allows for thinner wafer handlers, which enables closer stacking and better productivity.
15% increase in stacking density
Morgan makes piezoceramic actuator plates for disk drive storage in devices from HDTVs to
PCs. Ceramic enables the head to be positioned with greater accuracy allowing for higher capacity without increasing disk size.
DATA STORAGE FACILITIES
Morgan makes piezoceramic actuator plates for disk drive storage in devices from HDTVs to
PCs. Ceramic enables the head to be positioned with greater accuracy allowing for higher capacity without increasing disk size.
20% more capacity
MANUFACTURING IN >30 COUNTRIES
SELLING INTO >100 COUNTRIES
LISTED ON THE LONDON STOCK EXCHANGE
OVER 9000 EMPLOYEES
For all enquiries, please contact our specialist sales and manufacturing sites:
Europe
North America
South America
Asia
Follow us on
Copyright applied 04.14 - Designed and Produced by stormcreativegb.com
Translated Text
Advanced solutions for the electronics sector
Electronics
About our Electronics business
Morgan Advanced Materials is a global materials engineering company which designs and manufactures a wide range of high specification products with extraordinary properties, across multiple sectors and geographies
From an extensive range of advanced materials we produce components, assemblies and systems that deliver significantly enhanced performance for our customers’ products and processes. Our engineered solutions are produced to very high tolerances and many are designed for use in extreme environments.
The Company thrives on breakthrough innovation. Our materials scientists and applications engineers work in close collaboration with customers to create outstanding, highly differentiated products that perform more efficiently, more reliably and for longer.
Morgan Advanced Materials has a global presence with more than 9,000 employees across 50 countries serving specialist markets in the energy, transport, healthcare, electronics, security and defence, petrochemical and industrial sectors. It is listed on the London Stock Exchange in the engineering sector (ticker MGAM).
Morgan Advanced Materials
Morgan Advanced Materials makes components that are helping the electronics industry in its drive towards higher performance and reliability in smaller, lighter, more robust products.
Our products are found in mobile phones, laptops, high definition televisions, lighting controls, laser instrumentation, microwave and high-voltage systems. We also supply products used in processing equipment for the manufacture of semiconductor wafers, LEDs and components such as optical fibres, laser diodes, and transistors for mobile and satellite communications.
The pace of development in the market for all types of electronic devices continues to create opportunities for innovation in engineering design and production, as well as challenging price-performance targets. We have been able to help leading electronics manufacturers exploit the unique properties of our advanced materials to achieve competing demands on size, functionality and cost.
We work closely with customers to design and manufacture small or intricate components, achieving explicit electrical and thermal properties within restricted size and shape constraints. We are able to offer durable piezoceramic, high quality dielectric materials and specialised metallisation techniques.
Typical applications for our products include
• BAR CODE SCANNERS
• CMP PAD CONDITIONING
• EMITTER BASES
• FISH FINDERS
• HDD - DUAL STAGE ACTUATORS
• HIGH SPEED DOCUMENT SCANNERS
• HIGH SPEED INSPECTION AND SORTING DEVICES
• ION AND E-BEAM COLUMNS
• LASERS
• LED GROWTH
• MOBILE AND SATELLITE COMMUNICATIONS
• PHOTOLITHOGRAPHY
• POWER TUBES (ELECTRON TUBES)
• RF / WIRELESS INDUCTORS
• SEMICONDUCTOR PROCESSING
• SURVEILLANCE AND SECURITY SYSTEMS
Morgan makes components that are helping the electronics industry in its drive towards higher performance and reliability in smaller, lighter, more robust products
Products for semiconductor processing / handling
Morgan is at the forefront in the development of materials and components for the demanding environments of semiconductor wafer processing. Our products are installed in fabrication plants all over the world, helping semiconductor manufacturers optimise their processes, maximize yield, and reduce their total cost of ownership
Our materials offer excellent corrosion resistance and mechanical strength, exceptional electrical insulation combined with an excellent surface finish. These properties are essential for end-effectors designed to handle 300 and 450mm wafers. Due to the mechanical strength of our materials, we are able to offer a better strength to thickness ratio than the parts they replace
Corrosive chemical processes used in semiconductor wafer production demands materials with excellent corrosion resistance.
Our alumina deposition chambers and isolating rings can be manufactured with OD in excess of 510mm. Yttria coatings as well as textured alumina can be applied with a proprietary technique that gives full covalent bonding and not just the mechanical bonding associated with plasma coatings.
Graphite and ceramic are essential materials for tools used in the process chambers that process silicon wafers, processes that are being constantly pushed to improve chip performance.
Speciality graphite and carbon products
We offer a range of high-specification, high-purity graphite and carbon products that allow semiconductor manufacturers to operate at higher temperatures with improved efficiency, including; ultra-high purity and standard porous rods, carbon and graphite felts, rigid boards, powders and machined graphite furnace components. Our products are also widely used in the LED manufacturing process.
Diamond like carbon coatings
Our Diamond-like carbon (DLC), and other nanocomposite coatings provide significant performance enhancement for electrostatic chucks where they are used as a sacrificial wear-layer to protect the underlying electronics, extending the life of these parts.
CVD SiC and PBN products
Morgan are specialist manufacturers of chemical vapour deposition (CVD) Silicon Carbide (SiC) and Pyrolytic Boron Nitride (PBN) products used in the production of semiconductor materials.
Silicon carbide
CVD SiC is an ultra-pure, non-porous ceramic material and it has been used in semiconductor applications such as Rapid Thermal Processing (RTP), Plasma Etch, and Metal-Organic Chemical Vapor Deposition (MOCVD) process. Our proprietary SiC surface treatment process has proven to minimise particle release in plasma chamber. We also have a patent on a near-net shape forming process for SiC rings, which enables us to produce SiC rings in high volume.
Morgan produces two grades of CVD SiC, High Resistivity (HR) grade (>10 Ω-cm) and
Engineered Low Resistivity (ELR) grade (< 0.1 Ω-cm).
Features
• ultra-pure 99.999%
• excellent stability in high temperature ammonia environments
• highly resistant to chlorine/fluorine erosion
• very high thermal conductivity
• Components up to 460mm in diameter
PBN crucibles and plates
CVD PBN is a high purity, non-porous ceramic material with anisotropic thermal properties that make it an ideal choice for high temperature applications. It is non-toxic, non-wetting and inert to nearly all chemicals.
Our high quality PBN crucibles have proven to improve the process performance for
crystal growth, whether the growth method is Liquid Encapsulated Czochralski (LEC),
Vertical Gradient Freeze (VGF), or Bridgman.
Our high quality PBN plates are an excellent choice for heating arrays for MOCVD reactors and as electrical insulators for CIGS sources.
High volume ceramic and glass components
Morgan is a leading supplier of high volume ceramic and glass components in a vast array of simple and complicated shapes. Our high volume ceramics are used as critical
components to produce wire-wound RF inductors and shapes to support a vast range
of electronics applications including cell phones, laptops, satellite based stations, HDTV,
personal appliances, lighting controls, circuit board overhead protection, thermo-controls, sensors, wireless applications and energy harvesting.
Our ceramic and glass products include
• Ceramic parts (including sub-miniature parts)
• Glass beads
• Glass preforms
• Pressed glass spacers
• Glass rods and tubes
Advanced products for laser and optoelectronic applications
Morgan produces a wide range of specifically designed and tailored high grade ceramic components for the laser and opto electronic market.
Properties of our advanced materials include; dimensional stability, high mechanical strength, high reflectivity and vacuum integrity ensure an extended life time even when operating at temperatures in excess of 1000 °C making them highly cost effective. We also offer products suitable for water cooled parts or the filtration of UV.
Laser reflectors for solid-state flash lamp, diode pumping and IPL systems
• High grade Alumina coated with solarisation resistance glaze
• 98% reflectance at 1064nm
• Over 96% efficient between 500nm and 2000nm
• Highly cost effective
• Virtually indestructible
• 3 glaze formulations available
Carbon dioxide laser wave guides
• Straight or folded wave guides fabricated in Alumina
• Complex shapes available
• Thermodiffusion bonded to form intricate internal structures
• Vacuum-tight seals and feed throughs with refractory metallised ceramics
• Excellent optical properties at 10 micron wavelength
Customer engineered components for
opto-electronic systems
• From sub-miniature parts to 500mm diameter or 1500mm long
• Large complex parts and cavities
• Finishes to 0.5 micron Ra
• High vacuum hermeticity
• Metallised coatings and brazed assemblies
• Thick film metallised assemblies (solderable and wire bondable)
For information about our braze alloys and brazing services see 9
Wide bandwidth transducers for SONAR
Morgan Advanced Materials provides high performance piezoelectric ceramic components and transducers for sonar systems used in a range of marine applications including; depth sounding, navigation and surveillance in the oil exploration industry, and commercial fish finding.
Our wide bandwidth transducers enable the use of more advanced imaging algorithms such as Chirp, or Synthetic Aperture Focusing Techniques (SAFT). In addition, higher frequencies can be used to increase target resolution, whilst lower frequencies remain available for better deep-water performance.
Our advanced technology can be adapted to higher frequency ranges and a variety of sizes and shapes that require dual-frequency operation. A key advantage of our dual frequency transducer is that it offers wideband dual frequency operation through the same slot, reducing installation times.
Our specialist manufacturing capabilities enable us to supply high quality components in high volume, at competitive prices. With in-house underwater acoustic test tanks and pressure testing facilities to validate performance, we are able to offer customised solutions in short lead times.
Standard and multilayer bimorph actuators
By combining our superior piezoelectric materials expertise and globally-recognised multilayer production techniques Morgan offers a variety of high efficiency, low voltage multilayer actuators to meet the growing demand for precise, controllable and repeatable displacement devices in the micrometer and sub-micrometer range.
Our piezo bimorphs can be found in a wide range of specialist electronics applications including:
• Optical instrumentation
• Inkjet printers
• Nano and micro positioning
• Hard disc drive read/write heads
Radio frequency capacitors
Morgan is a world leader in the design and manufacture of complex electronic ceramic components and assemblies used in a wide range of applications and cutting edge technologies. We specialise in the development and production of dielectric and ferroelectric materials and components. This range of high voltage radio frequency (RF) disc capacitors is fabricated from very low loss CLASS 1 ceramic dielectric materials which permit them to carry very high electrical loads over a wide frequency range.
Our RF ceramic capacitors are used extensively in antenna tuning in high power radio applications and for the high power handheld units used by the emergency services.
We also offer custom RF ceramic components, which can be designed into a wide range of communications applications including satellite communication systems, base stations and antennae.
FEATURES INCLUDE
• HIGH DIELECTRIC STRENGTH
• HIGH VOLTAGE / HIGH REACTIVE POWER RATINGS
• LOW SELF HEATING
• NON MAGNETIC MATERIALS
• VERY LOW NPO CAPACITANCE
APPLICATIONS INCLUDE
• ANTENNA CIRCUITS
• HF FILTER, BY-PASS AND COUPLING CIRCUITS
• HIGH POWER MATCHING NETWORKS -
PLASMA GENERATORS
• HIGH POWER MATCHING TUNED CIRCUITS
• INDUCTION AND DIELECTRIC
HEATING EQUIPMENT
• MASS SPECTROSCOPY / QUADRUPOLE
MASS ANALYSER
• RADIO BROADCAST TRANSMITTER
High voltage capacitors
Morgan has decades of experience manufacturing high voltage ceramic capacitors including those for both DC and power frequency (50/60Hz) applications.
Our products are used worldwide in challenging service conditions and are backed by rigorous testing procedures to ensure their electrical integrity and long service life.
Live-line capacitors
Our live-line capacitor assemblies are built into capacitor divider circuits and connected to medium high voltage lines and used to sense the presence of voltage on the lines.
Key Features:
• 24-36kv system voltage options available
• Wide range of capacitance values and metalwork fitting styles available
Voltage multiplier assemblies
Our series connected disc capacitors have been developed for use in low power voltage multipliers for high voltage DC generators. They are typically used in the manufacture of voltage multipliers for electrostatic paint spraying equipment as their compact form make them ideally suited for incorporation in hand held electrostatic spray guns.
Key Features:
• Output voltages in excess of 100kv
• Small size, robust construction
Pulse power capacitors
Our high voltage resin encapsulated disc capacitors feature new strontium based, low-loss, high permittivity dielectric materials. They are specifically designed to operate in circuits with high peak current and high repetition rates.
Key Features:
• Resin Encapsulation – which in conjunction with the high dielectric strength ceramic
allows for high energy densities.
• Negligible piezoelectric / electrostrictive effect – allowing use in extremely high
peak current (fast discharge) / high shot life applications
Applications include
• AC VOLTAGE DISTRIBUTION
• DC POWER SUPPLIES
• ELECTROSTATIC SPRAY GUNS
• EXCIMER LASERS
• LIGHTNING ARRESTORS
• LIVE-LINE INDICATION
• LOW POWER VOLTAGE
MULTIPLIERS FOR HV DC
GENERATORS
• MEDICAL POWER SUPPLIES
(X-RAY)
• POWERLINE COUPLING
Metallised ceramics and assemblies
Morgan has over 50 years’ experience in the design and manufacture of components for power tubes and electro-optic devices.
Our advances in ceramic metallisation processes have played a major role in the commercialisation of modern communications, signalling and control technologies.
Our metallised ceramics, feedthroughs and metal-to-ceramic brazed assemblies are manufactured from variety of ceramic grades with matching metallising processes enabling us to provide a complete solution.
We utilise thick and thin film technologies in our refractory metallising, applying proprietary inks and coatings to our ceramics according to customer requirements. From electronic circuit paths to joining a metal component with ceramic, our experts can help select the most effective solution.
Our metallised ceramics are ideal for use within high vacuum, high voltage and high pressure applications.
Typical applications
• CERAMIC CIRCUIT BOARDS
• ELECTRON TUBES
(EG. KLYSTRONS, MAGNATRONS, TWT’S)
• ELECTRONIC COUNTERMEASURES
• HIGH ENERGY PHYSICS RESEARCH
• IMAGE INTENSIFIER TUBES
(INCLUDING NIGHT VISION TUBES AND
PHOTOMULTIPLIERS)
• INSTRUMENTATION
• IR AND UV DETECTORS
• METALLISED RINGS FOR MEDICAL
LINEAR ACCELERATORS
• RADAR
• SATELLITE COMMUNICATIONS
• SURVEILLANCE / SCREENING
• UHF / MICROWAVE SIGNAL TRANSMISSION
Braze alloys and brazing solutions
Morgan provides leading brazing technologies under its Wesgo Metals brand harnessing decades of experience solving the complex challenges faced by the electronics sector with high reliability, value-added solutions.
In addition, to our high quality braze alloys, our Ultinex™ active brazing technology reduces the typical brazing process from five steps to just one, resulting in reduced lead times and the ability to produce higher performing assemblies with a wider range of ceramics, ceramic matrix composites, and metals.
SEMICONDUCTOR
Ceramic handling equipment from Morgan is a critical component in next-generation 450mm semiconductor wafer fabrication facilities.
Alumina’s combination of strength and stiffness allows for thinner wafer handlers, which enables closer stacking and better productivity.
15% increase in stacking density
Morgan makes piezoceramic actuator plates for disk drive storage in devices from HDTVs to
PCs. Ceramic enables the head to be positioned with greater accuracy allowing for higher capacity without increasing disk size.
DATA STORAGE FACILITIES
Morgan makes piezoceramic actuator plates for disk drive storage in devices from HDTVs to
PCs. Ceramic enables the head to be positioned with greater accuracy allowing for higher capacity without increasing disk size.
20% more capacity
MANUFACTURING IN >30 COUNTRIES
SELLING INTO >100 COUNTRIES
LISTED ON THE LONDON STOCK EXCHANGE
OVER 9000 EMPLOYEES
For all enquiries, please contact our specialist sales and manufacturing sites:
Europe
North America
South America
Asia
Follow us on
Copyright applied 04.14 - Designed and Produced by stormcreativegb.com
