Major Selection Criteria: Mechanical Properties

gearrac2_photo2_caseID115

Gear Rack and Housing

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One of the first opportunities to test ACuZinc 5 was in Delphi Interior and Lighting System’s newly-designed heliscrew horizontal actuator for power seats. The die castings replace a powder-metal gear rack and plastic gear housing design. Seat adjustment is comparable...
gearho2_photo2_caseID138

Gear Housing

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Engineers decreased time-to-market by utilizing existing gear housing tooling to develop a higher load winch. Superwinch’s 1,500-lb. unit incorporated two 380 Aluminium die cast housings which functioned as rotating and stationary ring gears. By substituting ZA-27...
gearcac2_photo2_caseID176

Gear Case (III)

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Wen Products designed a new line of jig and pruning saws which required a rugged gear drive. This drive utilizes a complex case design which mounts to the motor, houses the drive gears, and guides the reciprocating blade. The case also provides the required spacing...
frameho2_photo2_caseID114

Frame Housing and Five Additional Mechanical Components

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Key material requirements for the office bundling machine are hardness and strength, the ability to hold good tolerances, and lubricity. ZA-27 was selected as the die casting material because of its hardness, strength, dimensional stability, and natural lubricity. By...
frameco2_photo2_caseID113

Frame Cover

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The high dimensional tolerances possible with zinc die casting permitted precise and reliable seating of 6 bushings, diameter 8 mm/0.31 inches, with a diametral tolerance of ± 0.015 mm without additional machining. The complex shapes achievable in zinc die casting...