SPE Library

The SPE Library contains thousands of papers, presentations, journal briefs and recorded webinars from the best minds in the Plastics Industry. Spanning almost two decades, this collection of published research and development work in polymer science and plastics technology is a wealth of knowledge and information for anyone involved in plastics.

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Conference Proceedings
LOOKING BEYOND THE INVENTION OF NEW TECHNOLOGY OR A NEW PRODUCT
Jack T. Peregrim, May 2009
In hundreds of projects across many different companies; we have worked with teams who have invented a new technology or product and then wanted to take a 'cookie cutter' approach to capturing value from the invention. Because each invention, by its definition as an invention, is unique and differentiating, we need to at least consider different options. Pre and post invention and pre and post commercialization. Two examples of alternative ways to capture value from invention are exemplified but there are dozens of additional ways to be innovative beyond the cases highlighted. The lesson is that neither client would have followed any other path than to invent its new product and then sell it to traditional customers with the approach they have already taken. The 'tried and true' process.
PLASTIC MICROFLUIDICS: TRANSFORMATIVE TECHNOLOGY FOR TOMORROW
Patrick Mather , Sadhan Jana , Prithu Mukhopadhyay, May 2009
Abstract #1: Design, Fabrication and Applications of Polymer Microfluidic Biochips Microtechnology is initiated from the electronics industry. In recent years, it has been extended to micro-electro-mechanic system (MEMS) for producing miniature devices based on silicon and semi-conductor materials. However, the use of these hard materials alone is inappropriate for many biomedical devices. Soft polymeric materials possess many attractive properties such as high toughness and recyclability. Some possess excellent biocompatibility, are biodegradable, and can provide various biofunctionalities. I will first give a brief overview of major activities in our center on micro/nanomanufacturing of polymeric materials and microfluidics. An enzyme immunoassay chip will be discussed as an example for a low-cost and mass-producible lab-on-a-chip platform for molecular and biological analyses. The platform is a microfluidic CD for Enzyme-Linked Immunosorbent Assays (ELISA) that reduces cost, accelerates results, and improves reliability of analyses for food borne contaminants, cancer diagnoses and environmental contamination. The presentation will cover (1) optimization and integration of the critical microfluidic and biochip packaging methods developed for CD-ELISA applications, (2) development of manufacturing and detection protocols for the CD-ELISA chips, and (3) evaluation of the performance of CD-ELISA's by validating testing for food borne pathogens and cancer cytokines.?ÿ ?ÿ Abstract #2: Bio-applications of Microfluidics: A flexible microfluidic device to characterize bacterial biofilms We characterize the viscoelasticity of bacterial biofilms by means of a flexible microfluidic device. The biofilms are comprised of Staphylococcus epidermidis and Klebsiella pneumoniae.?ÿ The presence of implanted foreign bodies such as central venous catheters is a key risk factor for infection by bacteria of this kind.?ÿ Because of the sensitivity of biofilm properties to environme
MICROFLUIDICS FOR RAPID PERSONALIZED DIAGNOSTICS – ARE THERMOPLASTICS THE ULTIMATE SOLUTION?
E. Roy , M. Geissler , T. Veres , M.M. Dumoulin, May 2009
The development of disposable microfluidic devices for rapid point-of-care applications has become central to progress in medical diagnostics and a variety of other fields. Microfluidics is the technology of engineering flow at the micrometer scale, making it possible to perform multiple operations on a single chip. The use of these systems is attractive because they promote reduced sample consumption and analysis time without being restricted to standard laboratory settings. To this end, lab-on-a-chip (LOC) systems have mostly been shown to function in conceptual ways, yet their commercialization and widespread use has been hindered by a number of challenges, which include materials and low-cost fabrication technologies as primary concerns.
NEW STRUCTURAL POLYMER FOR METAL REPLACEMENT APPLICATIONS
Dr. Mike Zimmerman , Chris Lee , Dan Ward , Eric Paszkowski , Rick Boisjoly , Jim Elliott , Michael McGee, May 2009
Recent developments based on a novel thermoplastic Liquid Crystal Polymer (LCP) molecule and compound formulation have led to a new material which can exceed the properties of traditional plastics and demonstrate metal-like properties for structural applications. Developed with a very high modulus (>20,000MPa), tensile strength (125 MPa) and an extremely high strength-to-weight ratio, this material is isotropic and has a tailored Coefficient of Thermal Expansion (CTE) of 17x10-6/?øC matching aluminum and steel. The material has balanced dimensional stability and ultra-low shrinkage (0.05%) with high temperature stability up to 420?øC. These metal-like properties have been identified as a metal replacement material for structural applications in a variety of applications and markets.
SURFACE ENHANCEMENT OF TPO POLYMERS WITH IMPROVED FLOW AND SCRATCH PROPERTIES
Ashutosh H. Sharma , Jennifer K. Lynch, May 2009
Detailed application data is presented for the newly developed additive formulations designed for their use in surface enhancement of TPO polymers with improved flow and scratch properties. Improvements in impact properties and talc dispersion have been achieved with newly developed additives. Excellent scratch resistance performance has been achieved in TPO when used at 1-3% loadings without negatively affecting key physical properties. Recent work conducted on flow and release property enhancers for polyolefins are discussed. It is shown that significant performance improvements in PP /TPO polymers can be obtained at low loadings of these process aids. In addition to mechanical properties, rheological data is presented. It is shown that tailor making the additive formulations can achieve optimal scratch performance required for automotive interior/exterior applications.
Thermoplastic Film Adhesives for Rear Injection Molding
Dieter Rueger, September 2008
PowerPoint Presentation at ACCE 2008.
State-of-the-Art Fastening Technology in Thermoplastics and Thermosets
Joe Gobernatz, September 2008
PowerPoint Presentation at ACCE 2008.
Adhesives for Automotive Interiors
Dave Whitinger, September 2008
PowerPoint Presentation at ACCE 2008.
Getting Started with Automated Gasketing & Sealing
Dave Whitinger, September 2008
PowerPoint Presentation at ACCE 2008.
Evaluation of Joining Techniques for Continuous Fiber Reinforced Thermoplastic Composites
Andrew Lizotte, September 2008
PowerPoint Presentation at ACCE 2008.
Recent Developments in Renewable Resource-Based Resins
Darcy Culkin, September 2008
PowerPoint Presentation at ACCE 2008.
Samsung's Bioplastics for Automobiles
Brian Grosser, September 2008
PowerPoint Presentation at ACCE 2008.
Reaction Injection Moldable Polydicyclopentadiene (pDCPD) for the Heavy Truck Market
Garland Lee, September 2008
PowerPoint Presentation at ACCE 2008.
Multimatic Tailgate Step for Ingress / Egress
Barry Loucks, September 2008
PowerPoint Presentation at ACCE 2008.
High Volume Preforming for Structural Applications Using Engineering Fabrics
Dan Buckley, September 2008
PowerPoint Presentation at ACCE 2008.
Good-Bye Machining: Reconfigurable Pin Tooling
Ben Halford, September 2008
PowerPoint Presentation at ACCE 2008.
Better Quality Thermoplastic Foams with Nanoclay
Amit Kumar Chaudhary, September 2008
PowerPoint Presentation at ACCE 2008.
Aqueous Nanocomposite Barrier Coatings
Harris Goldberg, September 2008
PowerPoint Presentation at ACCE 2008.
Mechanical & Thermal Investigation of Polyurethane Nanocomposites 
Amit Kaushik, September 2008
PowerPoint Presentation at ACCE 2008.


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Brown, H. L. and Jones, D. H. 2016, May.
"Insert title of paper here in quotes,"
ANTEC 2016 - Indianapolis, Indiana, USA May 23-25, 2016. [On-line].
Society of Plastics Engineers
Available: www.4spe.org.

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