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Supplier: Cambridge Polymer Group, Inc.
Description: Cambridge Polymer Group is a ISO 9001:2008 registered contract research organization (CRO) that consults on a wide range of projects dealing with polymers or test development. Companies routinely use our scientists and facilities for out-sourced research projects, particularly when
- Capabilities: Biomedical Engineering (BME), Chemical Engineering, Electronic Engineering, Materials Engineering, Mechanical Engineering, Other
- R & D: CAD Design, Industrial Design, Machine Design, Materials Research, Product Design, Scientific Research, Simulation, Software Development, Other R&D
- Testing and Forensics: Condition Evaluation, Investigative Studies, Laboratory Testing, Materials Testing, Reverse Engineering
- Industry Served: Aerospace, Agriculture, Automotive, Building / Construction, Chemicals, Electrical / Electronics, Food / Beverage, Manufacturing, Marine / Naval, Medical, Mining / Geological, Pharmaceutical, Other Market Served
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Supplier: Associated Polymer Labs, Inc.
Description: Associated Polymer Labs, Inc. provides services that include new product development, competitor evaluation and de-formulation, materials identification, failure analysis, solving manufacturing problems, Quality Assurance Programs, small scale laboratory, pelletizing and extrusion, legal patent
- Capabilities: Materials Engineering, Other
- R & D: Materials Research, Modeling, Scientific Research, Other R&D
- Testing and Forensics: Condition Evaluation, Investigative Studies, Laboratory Testing, Materials Testing, Reverse Engineering, Other T & F Services
- Industry Served: Aerospace, Agriculture, Automotive, Building / Construction, Chemicals, Electrical / Electronics, Environment, Food / Beverage, Health & Safety, Manufacturing, Medical, Oil and Gas, Pharmaceutical, Utilities and Energy, Other Market Served
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Supplier: Zeus, Inc.
Description: serve as a creative consortium that provides multi-national corporations as well as start-up biotech firms with critical intellectual and physical resource along with extensive experience in polymer science, contact research and process development. Engage any or all of these resources; the choice
- Capabilities: Materials Engineering, Other
- R & D: Materials Research, Other R&D
- Testing and Forensics: Laboratory Testing, Materials Testing
- Industry Served: Aerospace, Automotive, Chemicals, Electrical / Electronics, Food / Beverage, Manufacturing, Marine / Naval, Medical, Network / Communications, Oil and Gas, Pharmaceutical, Utilities and Energy
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Supplier: Cole-Parmer
Description: 4.5" Immersible Stirrer Pad with Controller Ideal for water baths, incubators, and high humidity chambers Suitable for protein digestion and polymer research Plug type: 3-prong US Power: 120V Speed range: 350-2000 rpm Temp range: 23&176;F to 122&176;F Top plate
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Supplier: NEI Corporation
Description: NEI Corporation has created a solid foundation in the emerging field of nanotechnology, driven by an experienced management team and group of world-class scientists, to build a strong manufacturing and R&D infrastructure. We offer Research & Development services for the commercial sector, as well
- Capabilities: Aerospace Engineering, Chemical Engineering, Environmental Engineering, Materials Engineering, Mechanical Engineering, Petroleum Engineering
- R & D: Materials Research, Process Design, Product Design, Scientific Research, Other R&D
- Testing and Forensics: Condition Evaluation, Investigative Studies, Laboratory Testing, Materials Testing
- Industry Served: Aerospace, Automotive, Chemicals, Electrical / Electronics, Environment, Manufacturing, Marine / Naval, Oil and Gas, Utilities and Energy
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Supplier: American Water Works Association
Description: By AWWA Research Committee on Coagulation This report updates the state of the art of organics removal by coagulation. Where the influence of operational variables on organics removal has been determined these observations are summarized, and where limited or no data are available, research needs
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Supplier: Anton Paar
Description: Monowave 300 is a high performance microwave reactorspecially designed forsmall scale microwave synthesisapplications in research and development laboratories. Microwave irradiation nowadays is not only successfully employed for organic synthesis - inorganic synthesis, material science, polymer
- External Configuration: Bench / Cabinet
- Heat Source / Transfer: RF / Microwave / Dielectric
- Controller Type: Programmable
- Atmosphere: Air / Oxidizing
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Featured Products for Polymer Research Top
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Cambridge Polymer Group, Inc.
Testing, Contract Research, & Instrumentation
CPG Quality Program. Cambridge Polymer Group, Inc. is committed to providing our customers with quality analytical testing, contract research, and instrumentation, with a goal of meeting and exceeding their expectations. To this end, we have implemented a Quality Program that is compliant with ISO 9001:2008 to ensure control of client property, operating procedures, instrument maintenance and calibration, and manufacturing controls. Clients are welcome to schedule an on-site visit to conduct... (read more)
Browse Research and Development Services Datasheets for Cambridge Polymer Group, Inc. -
Cambridge Polymer Group, Inc.
Materials and formulations development
CPG develops novel materials for clients and for in-house use. Our chemists can develop materials from scratch, or can modify existing materials using conventional chemistry, radiation chemistry, or blending techniques. We have active research programs in thermoplastics and hydrogels. For example, a few case-studies are outlined below. Hydrogels. Cambridge Polymer Group has an active hydrogel research program. We formulate new hydrogel compositions to meet mechanical, morphological, or surface... (read more)
Browse Research and Development Services Datasheets for Cambridge Polymer Group, Inc. -
Cambridge Polymer Group, Inc.
Simulating Venous and Arterial Flow
and development of phlebotomy tools and procedures. Such a system also provides a simple training platform for medical staff. The simulated vein bed creates a physiologically relevant venous flow through a blood-safe, self-sealing vein segment. Flow-rate and pressure are controlled through custom software that allows high speed recording of data from a range of standard and optional external sensors. Cambridge Polymer Group, Inc. is a contract research laboratory specializing in materials. We partner... (read more)
Browse Research and Development Services Datasheets for Cambridge Polymer Group, Inc. -
Cambridge Polymer Group, Inc.
CPG Hydrogel Research Program.
Hydrogels. Cambridge Polymer Group has an active hydrogel research program. We formulate new hydrogel compositions to meet mechanical, morphological, or surface property requirements, or modify existing hydrogel formulations. We have prepared multilayer hydrogel constructs, composite constructs, and custom cast hydrogels to mimic tissue and organs. Our analytical group are experts in characterizing the mechanical, chemical, and morphological nature of hydrogels, and can design custom tests... (read more)
Browse Gel Elastomers Datasheets for Cambridge Polymer Group, Inc. -
Cambridge Polymer Group, Inc.
Your Ideas From The Napkin To Reality!
. In addition, our expertise in prototyping instruments and tests allows us to provide suitable testing and the support experimental plan. The resulting deliverable is the "full-package" outcome of your original concept and can be rapidly transitioned to a more formal product development strategy. We can help throughout your concepts life-cycle. . About Cambridge Polymer Group, Inc. ( “CPG ”). Cambridge Polymer Group, Inc. ( “CPG ”) is a contract research laboratory... (read more)
Browse Research and Development Services Datasheets for Cambridge Polymer Group, Inc. -
Cambridge Polymer Group, Inc.
From initial product development to manufacturing
conditions of unreacted monomer from an adhesive coupled with accelerated aging conditions lead to environmental crazing in the samples. About Cambridge Polymer Group, Inc. ( “CPG ”). Cambridge Polymer Group, Inc. ( “CPG ”) is a contract research laboratory that specializes in providing polymeric materials services for clients worldwide. Headquartered in Boston, MA, our researchers are experts in a broad range of scientific fields, including chemical, electrical, biomedical... (read more)
Browse Research and Development Services Datasheets for Cambridge Polymer Group, Inc. -
M+P Labs
Polymer Characterization – Medical Devices
We work with you to: Characterize the properties of polymers. Select the right polymers for your application. Meet regulatory requirements. Solve polymer and composite failures. Develop new products and applications. Why choose us?. Our SinglePoint lab offers: State-of-the-art analytical techniques. Materials scientists and engineers with extensive knowledge of polymers, adhesives, metals, ceramics, coatings, and of how these materials interact. World-renowned polymer expertise - Dr. Xiang... (read more)
Browse Material Testing Services Datasheets for M+P Labs -
Prime Coat Coating Systems
Seamless Coating Systems for Research Facilities
. View Specifications Data Sheets. . WELCOME TO PRIME COAT. Systems of the Highest Quality – from a Single Source. Prime Coat Coating Systems manufactures and installs high performance polymer coating systems that beautify and protect facility floors, walls and other surfaces. If you are responsible for facility management, design or construction of facilities, Prime Coat is your partner for every aspect of the coating process. Every market can benefit from a decorative and defensive... (read more)
Browse Industrial Coatings Datasheets for Prime Coat Coating Systems -
Strongwell Corporation
Bridge/Structural Reinforcement & Strengthening
Strongwell manufactures bridge strengthening & reinforcing solutions: GRIDFORM ™ Stay-in-place FRP Bridge Decking System and SAFSTRIP® Structural Reinforcing Strip. GRIDFORM ™ is a prefabricated fiber reinforced polymer (FRP) double-layer grating, concrete-reinforcing system with integral stay-in-place (SIP) form for vehicular bridge decks. When the GRIDFORM ™ arrives on site, it is lifted with a single pick of a crane and placed directly in the bridge girders... (read more)
Browse Polymer and Plastic Composites Datasheets for Strongwell Corporation -
igus® inc.
igus retains 95 percent of its products in stock
products and 7,000 imperial and metric plastic bushing sizes from stock, in more than 30 different material blends. All of the company's products are based on 47 years of experience and extensive polymer research and product testing. To request a set of free catalogs, visit www.igus.com/quickorder. About igus. igus develops industry-leading Energy Chain cable carriers, Chainflex continuous-flex cables, iglide plastic bushings, igubal spherical bearings, and DryLin linear bearings and linear... (read more)
Browse Cable Carriers Datasheets for igus® inc. -
ANALYZE Inc.
Laboratory Analysis & Materials Identification
The chemists at ANALYZE answer your most challenging materials problems right in their own laboratories - accurately and in a timely manner. The wide diversity of their client base enables a technological cross-fertilization that helps generate decisive, reliable answers to your toughest problems. They custom design their approach and interpret the results in the context of solving your problem. Their concise and well-documented reports go beyond a simple listing of instrumental parameters and... (read more)
Browse Research and Development Services Datasheets for ANALYZE Inc. -
M+P Labs
Polymer and Composite Characterization
M+P Labs performs chemical analysis, image analysis, thermal analysis, mechanical testing and electrical property characterization of polymers, composites and ceramics to qualify materials and components, troubleshoot processing issues and perform failure analysis for a wide variety of industries. Test programs include ASTM, ISO, NEMA LI-1, MIL-spec, OEM and client specific test methods. We also perform custom designed research programs for clients in industries ranging from aerospace... (read more)
Browse Material Testing Services Datasheets for M+P Labs -
Saint-Gobain Plastic Films and Tapes
High Strength & Wear Polyimide Polymer Films
polymer materials, especially for applications in electronic and integrated circuit industries that have strict materials specification. PI is in the position of key materials, such as high temperature tape, IC passivation coating, LCD alignment layer, and insulated materials, etc. Striving to be the best supplier of high performance polymeric films, Saint-Gobain continually strengthen its techniques on research, development and production, persistently producing high value-added product while... (read more)
Browse Plastic Sheet and Plastic Film Datasheets for Saint-Gobain Plastic Films and Tapes -
Cambridge Polymer Group, Inc.
Custom Instrumentation and Test Design
Custom Instrumentation Design. Our engineers are Certified LabView Associate Developers, and can write custom LabView code for instrumentation control and data analysis. Contact us if you need assistance in designing and fabricating a custom instrument. Case Study 1. CPG was approached by a surgeon who had a concept to prevent deep vein thrombosis using a controlled pressure system. The surgeon needed data to prove the concept, as well as a working prototype. CPG engineers developed a breadboard... (read more)
Browse Research and Development Services Datasheets for Cambridge Polymer Group, Inc.
Conduct Research Top
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Investigation of New Polymer Electrolytes
in Massachusetts used Accelrys' Materials Studio software to investigate new solid polymer electrolyte materials for lithium-polymer solid state fuel cells. Success in this research would offer new chemistries for battery engineers and scientists, and result in new, high rate lithium-polymer
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A Math-Based CAE High-Speed Punch Methodology for Polymer Airbag Cover Design (.pdf)
. Microsoft Word - SAE 2006 B15 B18 Air BagsRevBW.doc SAE TECHNICAL. PAPER SERIES. 2006-01-1187. A Math-Based CAE High-Speed Punch. Methodology for Polymer Airbag. Cover Design. Michael C. H. Lee and Glen E. Novak. Delphi Research Labs. Reprinted From: Air Bags and Occupant Restraints. (SP-1994
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Energy-Resolved Depth Profiling Analysis of Metal-Polymer Interfaces in Thin Film Capacitors by Dynamic Quadrupole Sims (.pdf)
and sensibility of the. technique allows studying the degradative process in the capacitor films and the accurate location of the metal-polymer interface. These factors affect drastically to the capacitor performance and they will determine the potential failures that could be developed during de
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Will My Polymers Mix? : Methods for Studying Polymer Miscibility
. Liquid/liquid blends have been the subject of many years of theoretical research . However, solubility relations in polymer systems are more complex than those among low-molecular weight compounds . One of the most promising areas for polymer modeling is in the application of these theories combined
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Advances in Polymer-to-Metal Bonding for Underwater Environments
Delamination seems appropriate. Further research indicates cathodic action is an incomplete description of the noted debonding process, and, after fifty years of intensive study, debate continues on the mechanism of bonding and debonding between polymers and metals. Recent studies not only confirm that polymer
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Medical Device Link . Low-Protein-Adsorption Biomaterials from Polymer Blends
onto a surface is by covalent bonding processes, but such methods are generally difficult and too costly for commercialization. One alternative involves melt blending of the water-soluble polymer into the base polymer, accompanied by shear processing to drive the water-soluble polymer towards
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Medical Device Link . Innovations in Polymer Films for Medical Packaging
he stringent requirements for effective packaging of pharmaceuticals and medical devices have led to the development and improvement of a wide range of medical polymer films. These films prevent a product from migrating or escaping from the enclosed packaging and entering the environment and also
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MICRO: Removing postash polymer residue from BEOL structures using inorganic chemicals
Leo Archer and Sally-Ann Henry, A research project investigates the use of a sulfuric acid/peroxide/hydrogen fluoride mixture in place of organic chemicals to remove postash polymer residue from BEOL structures. s the semiconductor industry continues to expand design and process boundaries
Engineering Web Search: Polymer Research Top
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Startseite-Max Planck Institut für Polymerforschung, Mainz
Colloquium "Research at the MPIP" Max Planck Institute for Polymer Research - Ackermannweg 10 - 55128 Mainz 15.11 - 16.11.2012
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Leibniz-Institut f?r Polymerforschung Dresden e.V....
f?r Polymerforschung Dresden e. V. (Leibniz Institute of Polymer Research Dresden) is one of the largest polymer research institutions in Germany.
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NREL: Solar Research Home Page
Photovoltaic Research NREL's photovoltaic (PV) research covers the NREL performs research in two major branches of solar energy:
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Georgia Tech :: Chemistry & Biochemistry
Research Facilities Research Centers Publications Research Analytical Biochemistry Inorganic
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Neutron Sciences at Oak Ridge National Laboratory
Details... Research Returning Users Log in: ORNL User Portal Interior of BASIS, used to characterize polymer dynamics
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Polymer Technology Center | Texas A&M University
Research Research Summary Facilities Conference Presentations
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Our Story | Materials Research Laboratory at UCSB: an NSF...
Materials Research Laboratory at UCSB: an NSF MRSEC Research IRG 1: Bio-Inspired Wet Adhesion
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