| Material Available | Processing | Performance | Applications |
| FN02 | Powder Metal Injection Molding | Outstanding surface properties. Ferretic material, case-hardenable
nickel steel. Suitable for soft magnetic applications. | Used in automotive parts metal injection molding and mechanical
spare parts powder metal sintered |
| 100Cr6 | Powder Metal Sintered | High hardness and high wear resistance bearing steel | Sintered bearing industry, mechanical engineering parts sintering,
automotive parts metal injection moulding, tools parts powder
metallurgy, cutting blades mim, machine tools parts powder
metallurgy. |
| 42CrMo4 | Powder Metal Injection Molding, Pressure Molding | High strength and toughness alloyed steel. | Mechanical parts pressure molding, toolmaking pressure moulding,
automotive engineering, aviation spare parts. |
| M2 | Pressure Molding | High hardness and high wear resistance high speed steel. | Mainly used in making cutting tools, highly stressed engine
components |
| Nitronic 50 | Metal Injection Molding | Good corrosion resistance and strength. Austenitic non-magnetic
stainless-steel. | Application: mechanical engineering parts powder metallurgy and
shipbuilding MIM parts, chemical industry, jewellery industry. |
| 316L | Powder Metal Sintered | Commen used Austenitic stainless-steel with good corrosion
resistance. | Medical technology device, Surgical instruments,aviation, jewellery
or consumer goods industry. |
| 17-4 PH | Metal Injection Moulding | Martensitic, precipitation hardening stainless steel with high
strength and corrosion resistance. | Application examples: plant engineering, aerospace and consumer
goods industry. |
| 430 | Metal Injection Moulding | Ferritic, heat-resistant and corrosion-resistant stainless steel. | Household and kitchenware, mechanical engineering, electronics and
food industry. |
| 440C | Powder metallurgy | Corrosion resistant, hardenable steel with high strength and wear
resistance. | Application examples: plant engineering, cutting tools, spray
nozzles, medical technology, roller bearings. |
| Ti Grade 2 | MIM | Unalloyed titanium with low density, high corrosion resistance and
excellent biocompatibility. | Application examples: Chemical industry, aviation, medical
technology. |
| Ti Grade 4 | MIM | Unalloyed titanium with increased strength and lower toughness than
grade 2 | Aerospace, jewelry industry, medical and food technology. |
| Ti Grade 5 | MIM | Corrosion resistant titanium alloy with good ratio between high
strength and low density. | Application examples: aviation, medical technology, jewelry
industry, motor sports. |
| FN50 | Metal Powder Sintering | Soft magnetic iron-nickel alloy with high permeability and
saturation magnetization. | Application examples: Solenoid valves, AC&DC relays,
transformers, sensors. |
| FeSi3 | Metal Powder Sintered | Soft magnetic steel with low demagnetization losses and high
electrical resistance. | Application examples: automatic control engineering systems. |
| Iconel 601 | Powder Metal Injection Molding | Nickel-based alloy for high application temperature with excellent
oxidation resistance. | MIM components for gas turbines, diesel engines, petrochemical
plants. |
| Cu 99.9 | Pressure Molding | Copper with good electrical and thermal conductivity and excellent
corrosion resistance. | Application examples: electrical engineering, e.g. connectors,
cooling elements. |
| Stellite | Pressure Moulding Metal Injection Molding | Cobalt-chromium based hard alloy with excellent wear resistance. | Application examples: turbine blades, valve seats in combustion
engines, parts of turbochargers. |
| WC / Co 88 / 12 | Metal powder forming | Carbide with very high hardness and wear resistance even at high
temperatures. | Application examples: cutting tools, forming technology. |
| NdFeb | Powder metal forming | The currently strongest permanent magnets are made of the material
neodymium-iron-boron. | The material is used where very strong permanent magnetic fields
are required. Areas of application include loudspeakers,
microphones, DC and AC motors and also magnetic clamps. |
| Tungsten | Pressure Molding | High melting point, high hardness, high strength, high specific
gravity, creep resistance, thermal conductivity, electrical
conductivity and other excellent properties | Rotor accessories of gyroscope, inertial rotating components of
aircraft, balance weight components of aileron, rudder, engine,
helicopter rotating blades, etc. Anvil materials for electric
upsetting, rivet materials in electric riveting, electrode
materials for EDM, welding materials, electrical contact materials
for high-voltage switches, etc. Tungsten alloy has strong
attenuation ability to X rays, and is an ideal material for
shielding components or containers of various radioactive sources,
such as medical tungsten needles, gamma ray collimators, anti
scattering plates, CT detectors, radiology doors, etc. |
