ADVANCED COMPOSITE SOLDER FOR MICROELECTRONICS

Award Information

Agency: Department of Defense	Branch: Army	Award ID: 18554	Program Year/Program: 1993 / SBIR
Agency Tracking Number: 18554	Solicitation Year: N/A	Solicitation Topic Code: N/A	Solicitation Number: N/A

Small Business Information: High Performance Materials,
500 W. Ninth Street Hermann, MO 65041
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Woman-Owned: No

Minority-Owned: No

HUBZone-Owned: No

Phase 2: Fiscal Year: 1993

Title: ADVANCED COMPOSITE SOLDER FOR MICROELECTRONICS

Agency / Branch: DOD / ARMY

Contract: N/A

Award Amount: $491,554.00

Abstract:
A DISPERSION AND COMPOSITE STRENGTHENING APPROACH INCORPORATING THE BENEFITS OF RAPID SOLIDIFICATION AND IN-SITU COMPOSITE FORMATION IS PROPOSED FOR THE DEVELOPMENT OF CREEP AND FATIGUE RESISTANT HIGH STRENGTH SOLDER ALLOYS AND COMPOSITES FOR ELECTRONICS PACKAGING APPLICATIONS . THE GOAL OF PHASE I OF THE PROGRAM IS TO DEMONSTRATE THE FEASIBILITY OF PRODUCING BY INDUCTION MELTING AND INERT GAS ATOMIZATION DISPERSION STRENGTHENED TIN-LEAD SOLDER ALLOYS AND COMPOSITES WITH SIGNIFICANT IMPROVEMENTS IN ROOM AND ELEVATED TEMPERATURE STRENGTH, CREEP RESISTNACE AND FATIGUE LIFE OVER CONVENTIONAL SOLDERS. TEN LOTS OF SN-PB-X (X = CU, Y, CE, NI, TI, B) BASED ALLOYS WILL BE PRODUCED BY RAPID SOLIDIFICATION PROCESSING, CONSOLIDATED BY HOT ISOSTATIC PRESSING, AND EXTRUDED TO RODS. MICROSTRUCTURES, MECHANICAL PROPERTIES, AND SOLDERABILITY OF THE ALLOYS WILL BE DETERMINED BY OPTICAL METALLOGRAPHY, SCANNING ELECTRON MICROSCOPY TENSION ,CREEP AND FATIGUE TESTING, AND SOLDER REFLOW CHARACTERIZATION. .

Principal Investigator:
T.c. Peng
3144863111

Business Contact:

Small Business Information at Submission:

High Performance Materials,
500 West Ninth Street Hermann, MO 65041

EIN/Tax ID:

DUNS: N/A

Number of Employees:

Woman-Owned: No

Minority-Owned: No

HUBZone-Owned: No