Products/Services for Electrically Conducting Polymers
Conductive Compounds - (181 companies)
Encapsulants and Potting Compounds - (236 companies)Encapsulants and potting compounds are resins or adhesives that are used to encapsulate circuit boards and semiconductors, fill containers of electronic components, and infiltrate electrical coils. They provide environmental protection, electrical insulation and other specialized characteristics. Search by Specification | Learn More
Thermal Compounds and Thermal Interface Materials - (184 companies)
Electrical and Electronic Resins - (500 companies)
Product News for Electrically Conducting Polymers
Master Bond, Inc.
Looking for An Electrically Conductive Adhesive? Master Bond Polymer System EP79 is a novel, cost effective, silver coated nickel filled epoxy featuring exceptionally low electrical resistance. Volume resistivity is less than 0.04 ohm-cm at room temperature. EP79 has a convenient 1:1 mix ratio and cures readily at room temperature or more rapidly at elevated temperatures. When cured, it forms strong, tough bonds with high shear and peel strengths. These high strength bonds are resistant to severe thermal cycling as well as mechanical shock... (read more)Browse Epoxy Adhesives Datasheets for Master Bond, Inc.
Electrically Sealed Power Feedthrough Application Ideas: Conax Technologies HEGPK Glands electrically and/or thermally isolate single electrodes, tubes or temperature sensors for use in vacuum furnaces, liquid level probes, transformers, environmental chambers, power leads and more. These bare electrical feedthroughs also seal against gases and liquids and resist electrode (also known as conductor) movement under pressure. The HEGPK Gland differs from the EGT gland in that the single piece insulator/sealant is manufactured from... (read more)
Master Bond, Inc.
High Peformance Electrically Conductive Epoxy Master Bond EP79FL is a two component, electrically conductive epoxy for high performance bonding, coating and sealing. It utilizes silver coated nickel as the conductive filler and can be considered a cost effective alternative to more standard silver conductive epoxies. Most significantly, the epoxy is very flexible upon curing, which enables it to be used in applications involving rigorous thermal cycling and aggressive mechanical and thermal shocks. Additionally it has a high T-peel... (read more)Browse Epoxy Adhesives Datasheets for Master Bond, Inc.
ITO Coatings, Transparent/Electrically Conductive Abrisa Technologies can provide both Indium Tin Oxide (ITO) and Index-Matched Indium Tin Oxide (IMITO) thin film optical coatings for a wide variety of optics applications. The durable coatings provide for an electrically conductive glass surface that offers high optical transparency with transmittance levels that can be in excess of 99%. Common wavelengths for the coatings are 400 to 700 nm (visible) and 1500 to 1650 nm (near IR). A variety of sheet resistances such as 5 ohms per square... (read more)Browse Thin Film Coating Services Datasheets for Abrisa Technologies
EHS Series Electrically Actuated Ball Valve Valve size 1/4" - 3". Valve rated 1500PSI CWP (1/4"-2"), 800 PSI CWP (3"). Actuator sized for 500 PSId - inquire for higher PSI requirements. Full port 316 SS valve has RFTE seats and PTFE/Viton ® Stem seals. NPT Female threaded ends. Bottom loaded stem for safety. DE/MA series Electric actuator is NEMA 4X and available in 115VAC, 220VAC, 24VAC, 24VDC, or 12VAC voltages. The EHS series of electrically actated stainless steel valves offers an excellent option for automated applicaitons... (read more)Browse Ball Valves Datasheets for DynaQuip Controls
Lauren Manufacturing Co.
Custom Molded Polymer Parts Lauren Molded Parts - Today, Lauren can deliver a complete line of custom molded polymer products...dense, sponge, gel, rubber-to-metal-bonding and more. Now there is one integrated supplier for your high-tech extruded and molded rubber needs: Lauren Manufacturing. Their molded products are available in a variety of polymers and are listed below. Molded products are available in a variety of polymers: EPDM. Neoprene. Butyl rubber. TPU. Polyisoprene. Fluoroelastomer. SBR. PU. ECO. Hypalon. EVA... (read more)
Crown Plastics Co., Inc.
Polymers & Processes gives UHMW Polymers a unique combination of characteristics making it more suitable for many applications where lower molecular weight grades fail. Advantages. The highest abrasion resistance of any thermoplastic polymer. Outstanding impact strength even at very low temperatures. An excellent sliding material due to the low coefficient of friction. Self-lubricating (non-caking and sticking). Sound dampening properties. Good chemical and stress cracking resistance. Easily machined. Electrical... (read more)Browse Plastic Sheet and Plastic Film Datasheets for Crown Plastics Co., Inc.
Cambridge Polymer Group, Inc.
What is a Polymer? As products become more complicated in design and formulation, it becomes challenging for specialized engineers and scientists to fully understand their existing product line, as well as innovate on pipeline projects, if they lack fundamental understanding of materials. Cambridge Polymer Group offers workshops and short courses on polymer science, and can train scientists, engineers, managers and sales staff on both the basics of polymers, as well as more detailed discussions of specific... (read more)
Ticona Appearance Polymers Brochure Beautiful Performance: Functional polymers to improve design aesthetics and reduce overall costs. This is where fine art meets function and finance. Ticona has more than 50 years of experience helping companies optimize their use of plastics to improve design aesthetics and meet stringent engineering,ecological and governmental standards. We don't just drop off a bag of pellets. We'll work with you to optimize the formulation to meet your application's exact needs. Using Ticona engineering... (read more)Browse Resins and Compounds Datasheets for Celanese Corporation
Bioabsorbable Polymers for Medical Devices The ability to safely remain in the body for controlled lengths of time makes bioabsorbable polymers particularly suitable for various medical applications, presenting an alternative to traditional polymers or metal components. Several families of bioabsorbable polymers are known which include polyesters, poly(amino acids), polyanhydrides, polyorthoesters, polyurethanes, and polycarbonates. Most of the commercially available bioabsorbable devices are composed of polyesters, primarily... (read more)
...will help to make some of tomorrow 's innovative products smaller. This article explores the ways in which conductive adhesives could transform the device industry. Electrically conductive adhesives are polymers loaded with materials such as carbon or metal that make them conductive. To get conductivity...
...and the work piece. A voltage difference is applied between the work piece, which has to be electrically conducting or semiconducting, and the electrode. When the voltage is high enough, an electrical discharge takes place that generates heat in the work piece or the electrode, and often both...
...the manufacturing practices used to fabricate such components will require improved standards of precision, cleanliness, and environmental responsibility. Conductive films, which are made by dispersing electrically conductive carbon black into a polymer matrix, are already filling an important role...
The flow cell is connected to a potentiostat and computer. (b) The electrode is a disposable screen-printed device with layers of silver and carbon onto which conducting polymers and antibodies are immobilized. (c) A monolayer of antibody (yellow) is immobilized at the conducting-polymer surface...
...have developed a DNA-chip system that integrates advanced microelectronics and molecular biology into a platform technology with broad commercial applications. The company plans to begin selling its NanoChip system this year to scientists and genomics laboratories that are conducting research...
...of a watch battery that incorporates a thermally conductive liquid crystalline polymer. The monitor acts like a heat pipe, conducting body heat at rates up to 50 W/meter Kelvin to a sensor that sends the data via a wireless connection to a computerized monitoring system. The company also showed...
An implantable vision prosthesis has been developed that electrically stimulates the retinal ganglion cells in such a way that action potentials in retinal ganglion cells are evoked, causing a visual sensation in the visual cortex. Clinical trials are about to be conducted. Nanomedicine and Risk...
) into a three-dimensional electron-conducting redox hydrogel (enzyme wiring) on a 3-mm vitreous carbon electrode. The SBU provided the electrode affinity for the SBU's complementary component (biotin). Incubation of the affinity sensor with its complementary component led to selective uptake of the complement from...
...to medical devices, they bring to light the extent to which the European Union relies on technical reports. How do you go about conducting a literature search on a material or a device, and what do you look for once you've got one? You'll need access to a computer and modem and an account with a host...
...microelectrode through phenylacetylene "molecular wires" that maintain the desired electrical contact between the probes and the surface of the gold electrode. Except for these protruding molecular wires, however, the microelectrode surface is electrically insulated with a monolayer coating of alkane...
More Information on: Electrically Conducting Polymers
Handbook of Oligo- and Polythiophenes
Finally, the third and current era of oligothiophenes was initiated in 1982 with the first synthesis of polythiophene P1 as an electrically conductive polymer .
ELECTRICALLY CONDUCTING POLYMERS FOR NON-INVASIVE CONTROL OF MAAEMIALIANCELL BEHAVIOR .
Corrosion-protective coatings from electrically conducting polymers
Corrosion-protective coatings from electrically conducting polymers .
Electrically conducting polymers: from fundamental to applied research
Electrically conducting polymers : from fundamental to applied research .
Electrically conducting polymer -matrix com- posites are used for electrodes for diagnostics.
Non-aqueous core-shell dispersion with a cross-linked acrylic core and poly(aniline)/DBSA shell
A number of applications of electrically conductive polymers for surface tension control, electromagnetic wave shielding, fuel batteries, etc. have been under study [1- 3].
Electrical applications of carbon materials
Electrically conducting polymers [45–48] are be- comingincreasinglyavailable,buttheyarenotcommon and tend to be poor in the processability and mechanical properties.
Cambridge Journals Online - Abstract
Thereby electrically conducting polymers are photogenerated either directly from a self-developing photosensitive precursor or via a twocomponent redox approach using one of the components as a vapor in an otherwise dry process.
Encyclopedia of Smart Materials 2 Volume Set Complete Document
A special group among electrically conductive polymer composites are conductive polymer composites that have large positive temperature coefficients (PTC), which in some cases are called positive temperature coefficient resistance (PTCR).
Polymer Blends Handbook
1178 17.5 Electrically conductive polymer blends . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Nano-Bio- Electronic, Photonic and MEMS Packaging
It is also necessary as the main problem with using an electron beam in the flash method is the impossibil- ity of direct operation on the surface of no electrically conducting polymer -based materials.
Conducting Polymers with Micro or Nanometer Structure
Regarding -conjugated length, it is found that high number of conjugated length for a high electrically conductive polymer is unnecessary, because the conductivity of oligomers is comparable with its long-conjugated polymers as shown in Chapter 3.
Plastics for Corrosion Inhibition
When a (+) or (–) charge is placed in the π-system of electrically conductive polymers , it is this conjugation that enables charge movement (in the presence of an electric field), and the concomitant appearance of metallic properties.
Electrically conducting composite films based on polymers and Ni-carbon fibers
Gul’, V.E. and Shenfil’, L.Z., Elektroprovodya-shchie polimernye kompozitsii ( Electrically Conducting Poly- mer Composites), Moscow: Khimiya, 1984.