Metallic glass is a new type of amorphous metal developed mainly by Tohoku University. Conventional amorphous metal could only be used to make thin and small items because it crystallized rapidly unless cooled down quickly while in a melted alloy state. Metallic glass, however, solidifies without crystallization even if cooled down slowly during the melted alloy state, so relatively larger sized objects can be fabricated, expanding the applicable range for industrial use. In addition, metallic glass has several excellent mechanical properties, such as high strength, low elastic modulus, high formality, and excellent corrosion resistance. Utilizing these characteristics, application in various fields such as high-precision components, exterior components, sensors, springs, sports equipment and biomaterials is possible.
BMG's superior features: High transfer precision
When cooling from liquid state, no solidification shrinkage occurs, and it solidifies into a non-crystalline state.
Good dimensional accuracy & high molding transfer precision
BMG micro gear
Moldable by near net shape
Basic properties of BMG
|Character||Zr-BMG*1||Ti(Pure Titanium)||SUS 316L|
|Tensile Strength (MPa)||1620||320 - 650||205 - 520|
|Vickers Hardness(Hv)||520||130 - 230||225|
|Resistivity(μΩ/cm 20°C)||250 - 260||47 - 55||74|
BMG: Expected applications
BMG is expected to be applicable in a variety of fields due to its superior features such as high strength, precision mold transferability, corrosion resistance, and springiness. Taking advantage of these features, products such as φ300μm gears or a highly sensitive pressure sensor can be produced. By utilizing BMG material and our unique mold processing technology, Namiki Precision Jewel responds to customer needs and opens up the possibilities for features and high-precision products that have been unrealized until now.
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