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 Alumina 
Data table covering the mechanical, physical and
electrical properties of Dynallox Alumina Ceramics.
Includes data on Density, Flexural and Compressive
strength, Youngs Modulus, Hardness, Fracture
Toughness, Thermal Expansion Coefficient &
Conductivity, Thermal Shock Resistance and Electrical
Resistivity.
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Zirconia
Data table covering the mechanical, physical and
electrical properties of Technox Zirconia Ceramics.
Includes data on Density, Flexural and Compressive
strength, Youngs Modulus, Hardness, Fracture
Toughness, Thermal Expansion Coefficient &
Conductivity, Thermal Shock Resistance and Electrical
Resistivity.
UK PDF Link | US PDF Link |
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Silicon
Carbide
Data table covering the mechanical, physical and electrical properties of Techcide Silicon Carbide Ceramics.
Includes data on Density, Flexural and Compressive
strength, Youngs Modulus, Hardness, Fracture
Toughness, Thermal Expansion Coefficient &
Conductivity, Thermal Shock Resistance and Electrical
Resistivity.
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Silicon
Nitride
Data table covering the mechanical, physical and electrical properties of Technide Silicon Nitride Ceramics. Includes data on Density, Flexural and Compressive strength, Youngs Modulus, Hardness, Fracture Toughness, Thermal Expansion Coefficient & Conductivity, Thermal Shock Resistance and Electrical Resistivity.
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Machineable
Ceramics
Data table covering the mechanical, physical and
electrical properties of Macor # and Shapal-M
* Machineable Ceramics.
Includes data on Density, Flexural and Compressive
strength, Youngs Modulus, Hardness, Fracture
Toughness, Thermal Expansion Coefficient &
Conductivity, Thermal Shock Resistance and Electrical
Resistivity.
#Tradename of Corning Inc.
* Tradename of Tokuyama Corporation
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Tooling applications within the canning industry demand materials with both outstanding wear resistance and high surface finish.
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Dynamic-Ceramic Ltd, the leader in zirconia
advanced ceramic manufacturing, now offers Conveyor Equipment Manufacturers Association (CEMA) standard dimension and tolerance Hanger Bearings.
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Technox 3000 has achieved an unparallel track record in durability providing a wear resistance ceramic material to combat the riggers of any welding environment.
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Dynamic Ceramic offer a comprehensive range of grinding media used for particle size reduction of numerous products within a wide variety of industrial sectors.
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Details the use of Technox Zirconia Ceramics in
Wire Industry applications. Includes the application
of Technox Zirconia ceramics in madrels, rollers,
expanders and benders.
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Details the use of Technox Zirconia Ceramics in
Tube Industry applications. Includes the application
of Technox Zirconia ceramics in wire guides, dies,
cones and pulleys.
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Manufacturing
Routes
An in depth review of the common manufacturing
processes involved in the production of engineering
or advanced ceramics. Including information on
Die Pressing, Isostatic Pressing, Slip Casting,
Extrusion, Green Machining, Injection Molding,
Tape Casting, Hot Pressing, Hot Isostatic Pressing
and Diamond Grinding.
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Details the use of Technox 500 (Magnesia Partially
Stabilised Zirconia – MgPSZ) extrusion dies
for rod and tube production.
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Details the attractive mechanical and physical
properties of Technox Zirconia Ceramics which
lead to their application in cutting and slitting
applications as rotary cutters and blade edges.
Provides data on the lifetime performance increases
obtained with Technox blades over conventional
metallic alternatives.
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Details the application of Technox 2000 materials
in wear resistant applications within Oil Refinery
and Catalytic Cracking environments.
Includes application and design data on patented
split metal collar nozzle designs for air grids,
catalyst withdrawal tubes, pumps and valves.
Also includes data on high temperature erosion
testing.
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Details the erosive and corrosive wear behaviour
of engineering ceramics in pump and valve applications.
Includes an explanation of the erosive wear mechanism
encountered with hard materials in highly erosive
environments.
Also provides erosive wear data and typical
applications including plug stems, valve seats,
choke trims, choke beans, movable orifice valves,
gate valve seats, ball valves, mud pump nozzles
and turbo drill components.
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Details the application of Ceramics
in solids handling applications in industries
such as mining, power station, sand & gravel,
pulp & paper.
Example applications include, cyclone liners,
reactor vessels, pipes and elbows, exhaust housings,
gas scrubber liners, nozzles and cones, augers
and conveyors, bins hoppers & shutes, tumblers
& mixers, guides & scrapers, crucibles,
boilers & burners, ferrules, kiln furniture,
pumps chokes & valves.
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Ceramic forming processes may be classified as traditional - die pressing, cold isostatic pressing, slip casting and extrusion - or as high tech, such as injection moulding and tape casting. Some traditional methods have been refined or adapted to meet particular property requirements. These include hot pressing, hot isostatic pressing and pressure casting.
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All Materials – using an almost infinite range
of laser parameters, virtually any material can
be marked including metals, ceramics (fully
dense and porous), plastics, leather, rubber,
wood and cork. The laser marking process is
non-contact and is therefore suitable for
marking both fragile and tough materials.
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