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Empower in the News
QPAC® in Applications
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Empower Materials in the News
January 2008:
Conference on Advanced Ceramics and Composites (American Ceramics Society)
Daytona Beach, Florida US
March 2008:
CARTS USA 2008 (Electronic Components, Assemblies and Materials Association)
Albuquerque, New Mexico US
May 2008:
SID 2008 (Society for Information Display)
Los Angeles, California US
Please contact us if you would like to meet with us at any of these meetings.
QPAC® Products in New Applications
g...if absolutely clean burnout is required, use polypropylene carbonate
(trade name QPAC-40), this is the absolutely cleanest binder for
burnout which decomposes in air, vacuum, or inert.h
April 17, 2004 PhysOrgForums
As a Sacrificial Material for Microfluidic Devices:
gThe heat-depolymerizable, sacrificial materials used for the micromachining process were poly(propylene) carbonate (PPC) and poly(ethylene) carbonate (PEC) from Empower Materialsc. It was found that the decomposition of PPC followed a depolymerization mechanism and left no detectable residues.h
S. Metz, S. Jiguet, A. Bertsch and Ph. Renaud gPolyimide and SU-8 microfluidic devices manufactured by heat-depolymerizable sacrificial material techniqueh Lab Chip, 2004, 4, 114-120
As a Sacrificial Structural Adhesive for a Microelectronic wafer during processing:
As a Binder for glass powder paste for plasma and field emission displays
As a Component of sacrificial structural materials for MEMS fabrication:
As a Binder for Solid Electrolyte Film:
As Binder component of a reagent ink (containing metals and carbon nanotubes) onto a conductive substrate, for manufacture of electrolytic capacitors:
As a Binder for piezoelectric ceramic tapes:
As a Binder for diamond compacts:
As an gEjection Layerh for a laser printing system:
As a Binder for a supercapacitor:
As a Binder for diamond powder and other superhard coatings for bearings and races:
As a Rheology Modifier for electrically conductive inks:
As a Rheology Modifier for producing membrane electrode assemblies for use in proton exchange membrane and direct methanol fuel cells:
As a Component for producing ceramic foams:
As a highly oxygenated Binder for propellants for rocket and gas generation systems:
As a Binder for oxygen reduced niobium oxides:
As a Binder for a light weight metal-matrix composite:
As a Binder to extrude bars for glass frit sealing frames for FPDs:
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