Aluminum Nitride
Aluminum Nitride
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● High thermal conductivity (about 320 w/m, K), close to BeO and SiC, Al2O3 is five times more
● Thermal expansion coefficient (4.5×10-6℃) and Si (3.5-4×10-6℃) and GaAs (6×10-6℃);
● Excellent electrical properties, dielectric constant, dielectric loss and volume resistivity and dielectric strength);
● Good mechanical performance, bending strength higher than that of Al2O3 and BeO ceramic, can under the normal pressure sintering;
● Good light transmission characteristics;
● Non-toxic
Metal injection moulding of complex shaped parts
MIM technology enables the production of complex shaped parts according to the same manufacturing principle as plastic injection moulding. We inject a mixture of a metallic material with a plastic binder. This is followed by a debinding process in which the plastic is eliminated from the workpiece. Finally, the mechanical properties of the material are restored during sintering.
● Maximum length: 150mm
● Maximum weight: 120 grams
● Thickness: from 0.5 mm
● Opening: from 0.5 mm
● Minimum radius: 0.10 mm
● General roughness: Ra > = 0.4
Tolerances:
● 1 to 6 mm +/- 0.04 mm
● 6 to 12 mm +/- 0.05 mm
● 12 to 25 mm +/- 0.08 mm
● 25 to 50 mm +/- 0.10 mm
● Materials: Stainless steel (17-4PH, AISI 304L/316L, etc.), iron-nickel alloys (FeNi2, FeNi8, etc.), magnetic iron compounds, titanium, steel.
● Other materials are available on request.
● Quantity: from sample to mass production 500 pcs onwards
![Using Metal Additive Manufacturing for Mass Production](http://mim-supplier.com/cdn/shop/files/UsingMetalAdditiveManufacturingforMassProduction.png?v=1707029803&width=1445)