METAL X

Brand Owner (click to sort) Address Description
METAL X Metallicus, Inc. 660 4th Street, Suite 107 San Francisco CA 94107 METAL X; METAL EXCHANGE;Currency exchange services;  Financial services, namely, providing an online digital asset exchange for trading crypto-currency for currency and currency for crypto-currency; financial administration of a crypto exchange for trading crypto-currency for currency and currency for crypto-currency; financial custody services, namely, maintaining possession of crypto-currency assets for others for financial management purposes; electronic financial trading, financial management and administration of digital assets, particularly, cryptocurrency, digital tokens, virtual currency and digital currency;
METALX Metallicus, Inc. 660 4th Street, Suite 107 San Francisco CA 94107 METAL X;Currency exchange services; Financial services, namely, providing an online digital asset exchange for trading crypto-currency for currency and currency for crypto-currency; financial administration of a crypto exchange for trading crypto-currency for currency and currency for crypto-currency; financial custody services, namely, maintaining possession of crypto-currency assets for others for financial management purposes; electronic financial trading, financial management and administration of digital assets, particularly, cryptocurrency, digital tokens, virtual currency and digital currency;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Two metal blocks (50, 52) are welded to respective metal sheets (30, 32) to form sealed assemblies. The sealed assemblies are then diffusion bonded together to form two metal preforms (54, 56). The thick ends (36) and (40) of the metal sheets (30, 32) and the metal blocks (50, 52) are hot formed so that a continuation of the plane X of the first surfaces (42, 46) of the metal sheets (30, 32) extends through and across the metal blocks (50, 52). The metal preforms (54, 56) are machined to remove the portion of the metal blocks (50, 52) extending above the first surfaces (42, 46) of the metal sheets (30, 32) respectively. The metal preforms (54, 56) and a metal sheet (58) are assembled into a stack (64). The metal preforms (54, 56) and the metal sheet (58) are diffusion bonded together and then superplastically formed to produce a hollow fan blade (10). The method enables thinner metal workpieces with better microstructure to be used and increases the yield of metal workpieces.