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Supplier: Boyd
Description: Suited for thermal spreading and shielding applications High in-plane thermal conductivity 300 W/mK to >1500 W/mK Lightweight Flexible Minimum graphite thickness 0.017mm Minimum aggregate thickness with adhesive and protective film 0.0275mm
- Applications: Other
- Carbon and Graphite Material Type: Graphite
- Thermal Conductivity: 300 to 1500 W/m-K
- Thickness / Wall Thickness: 6.69E-4 inch
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Supplier: Master Bond, Inc.
Description: Master Bond Polymer System EP75-1 is a two component, graphite filled, electrically conductive epoxy for high performance bonding, sealing and coating formulated to cure at room temperature or more rapidly at elevated temperatures. The mix ratio of the EP75-1 system is 100 to 15 by
- Chemical / Polymer System Type: Epoxy (EP)
- Coeff. of Thermal Expansion (CTE): 19.44 µin/in-F
- Composition: Filled
- Compound Type: Electrically Conductive, Thermally Conductive
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Supplier: Epoxy Technology
Description: , telescope, spectrometer and fiber-optic circuitry. Additionally, they ruggedize and toughen LCD touch panels as the transparent adhesive for plastic lamination. Through liquid injection molding, our optical epoxies form the plastic cap over LEDs.? More recently, solar cells require our UV
- Chemical / Polymer System Type: Epoxy (EP)
- Coeff. of Thermal Expansion (CTE): 31.11 to 111 µin/in-F
- Composition: Filled
- Compound Type: Electrically Conductive
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Supplier: Master Bond, Inc.
Description: Ideal for electromagnetic interference (EMI) and radio frequency interference (RFI) shielding applications, MB600G is an aqueous based, sodium silicate system with a graphite filler. Electrically conductive, graphite filled materials are widely used for shielding and static
- Chemical / Polymer System Type: Specialty / Other
- Dissimilar Substrates: Yes
- Features: Thermal Compound / Interface (Thermally Conductive), Anti-static / ESD Control, Electrically Conductive Compound (Adhesive, Grease), EMI / RFI Shielding Material, Non-corrosive Cure
- Filled / Reinforced: Yes
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Supplier: Master Bond, Inc.
Description: EP4G-80 is a one component, low viscosity, graphite filled epoxy that meets NASA low outgassing requirements.
- Chemical / Polymer System Type: Epoxy (EP)
- Coeff. of Thermal Expansion (CTE): 25 to 27.78 µin/in-F
- Dissimilar Substrates: Yes
- Elongation: 1 %
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Supplier: Aremco Products, Inc.
Description: Aremco’s high temperature ceramic adhesives are unique inorganic formulations for bonding and sealing ceramics, metals, quartz, graphites, textiles, and composite materials used in design, process and maintenance applications to 3200 °F. These advanced materials, which exhibit high
- Compound Type: Electrically Conductive, Thermally Conductive
- Cure Type / Technology: Room Temp. Cure / Vulcanizing, Two Component System
- Dielectric Strength: 245 kV/in
- Electrical / Electronics Applications: Electronics (PCB / SMT Assembly)
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Supplier: Master Bond, Inc.
Description: Master Bond EP4G-80Med is a one part epoxy designed for use in the assembly of medical devices. This system is formulated with a non-metallic, graphite filler, which leads to good thermal and electrical conductivity.
- Chemical / Polymer System Type: Epoxy (EP)
- Coeff. of Thermal Expansion (CTE): 8.33 to 11.11 µin/in-F
- Dissimilar Substrates: Yes
- Elongation: 1 %
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Supplier: Aremco Products, Inc.
Description: Aremco’s high temperature ceramic adhesives are unique inorganic formulations for bonding and sealing ceramics, metals, quartz, graphites, textiles, and composite materials used in design, process and maintenance applications to 3200 °F. These advanced materials, which exhibit high
- Compound Type: Electrically Conductive, Thermally Conductive
- Cure Type / Technology: Room Temp. Cure / Vulcanizing, Two Component System
- Electrical / Electronics Applications: Electronics (PCB / SMT Assembly)
- Material Form: Grease / Paste
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Supplier: RS Components, Ltd.
Description: Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.16mm Length = 150mm Width = 150mm Thermal Conductivity
- Chemical / Polymer System Type: Specialty / Other
- Compound Type: Thermally Conductive
- Thermal Conductivity: 10 W/m-K
- Use Temperature: -58 to 302 F
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Supplier: RS Components, Ltd.
Description: Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.5mm Length = 150mm Width = 150mm Thermal Conductivity
- Chemical / Polymer System Type: Specialty / Other
- Compound Type: Thermally Conductive
- Thermal Conductivity: 10 W/m-K
- Use Temperature: -58 to 302 F
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Supplier: RS Components, Ltd.
Description: Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width = 150mm Thermal Conductivity
- Chemical / Polymer System Type: Specialty / Other
- Compound Type: Thermally Conductive
- Thermal Conductivity: 10 W/m-K
- Use Temperature: -58 to 302 F
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Supplier: RS Components, Ltd.
Description: Thermally conductive graphite interface material. Available in: plain (7943979, 7943982, 7943998), 1 sided adhesive (7943973, 7943985, 7943991) & PET coated (7943989, 7943995) Dimensions = 150 x 150mm Thickness = 0.8mm Length = 150mm Width = 150mm Thermal Conductivity
- Chemical / Polymer System Type: Specialty / Other
- Compound Type: Thermally Conductive
- Thermal Conductivity: 13 W/m-K
- Use Temperature: -58 to 302 F
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Supplier: Win Source Electronics
Description: ) Outline: 115.00mm x 90.00mm Material: Graphite Shape: Rectangular Adhesive: Adhesive - One Side Backing, Carrier: Polyester Thermal Conductivity: 1.6W/m-K ECCN: EAR99 Fake Threat In the Open Market: 46 pct. MSL Level: 1 (Unlimited) HTSUS: 3801.90.0000 Mfr: Panasonic Electronic
- Compound Type: Thermally Conductive
- Thermal Conductivity: 1.6 W/m-K
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Supplier: Win Source Electronics
Description: .000mm) Outline: 70.00mm x 70.00mm Material: Graphite Resin Shape: Square Adhesive: Adhesive - Both Sides Thermal Resistivity: 1.93°C/W Thermal Conductivity: 13W/m-K ECCN: EAR99 Fake Threat In the Open Market: 36 pct. MSL Level: Not Applicable Shelf Life
- Compound Type: Thermally Conductive
- Thermal Conductivity: 13 W/m-K
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Supplier: Cheap Tubes, Inc.
Description: Our graphene nanoplatelets (GNPs) are useful as nano-additives for advanced composites, as a component in advanced batteries and ultracapacitors, as the conductive component in specialty coatings or adhesives, and as a component of e-inks or printable electronic circuits. Other
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Description: conductive, non-metallic coating and bio-compatible material requirement. Deposited Shapes - Pyroid® pyrolytic graphite is available as custom free standing as deposited shapes, having diameters up to 18 in. (46 cm) and wall thickness of 0.050 in. (0.127 cm). Some of the shapes we
- Industry: Aerospace / Aviation, Automotive, Chemical / Material Processing, Cleanroom, Food / Beverage, Military, Packaging, Pharmaceutical / Biotech, Semiconductors / Electronics
- Laboratory Services Offered: Assays / Quantitative, Chemical Testing Services, Field Sampling, Geotechnical Services, Materials Testing Services, Monitoring Programs (Audits / Surveillance), Purity / Quality (Air, Water, Material), Report Preparation, Standards Testing / Certification
- Materials: Adhesives / Sealants, Ceramics / Glass, Chemicals, Coatings, Composites, Cosmetics (Creams, Sunblocks, etc.), Heavy Metals (Lead, Chromium, etc.), Inorganics, Metals, Nanomaterials, Petroleum Fluids (Oil, Fuel, Distillates), Plastic / Rubber, Polymers / Organics, Powders, Thin Films /
- Regional Preference: North America, United States Only, Northeast US Only
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Supplier: Entech Electronics Inc.
Description: · Graphite inks for higher usage applications · Full range of finishes including embossing, debossing, selective texturing and raised graphics · Flat Key, tactile and polydome · Embedded display LED's and backlighting · UV cured ink technology, conductive
- Features: Backlit Switches, LED Indicators, Outdoor Environment, Hazardous Environment, Washdown Capable, EMI / RFI Protection, ESD Protection, Embossed Switches
- Industries & Applications: Building Controls, Communications / Electronics, Manufacturing / Automation, Medical, Retail, Security & Identification
- Location: North America, United States Only, Southwest US Only, East Asia / Pacific Only
- Products: Numerical Keypads, Graphical Keypads, Control Panels, Membrane Switch Overlays
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Supplier: Metalor Technologies USA Corporation
Description: excellence of the range of flakes is widely acknowledged by formulators of conductive adhesives, inks and pastes that serve a variety of electronic applications. Working in partnership with valued customers, we have carried out extensive development programmes to customize silver
- Shape / Form: Powder
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. Filled PTFE Compounds: Compounded with pigments and fillers like glass, graphite and metal powders for enhanced wear, creep resistance and thermal/electrical performance. Adhesive Grades: Fluorinated adhesive resin compounds made with Fluon (read more)
Browse Resins and Compounds Datasheets for AGC Chemicals Americas, Inc.
Conduct Research Top
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Silver Filled, Electrically Conductive Adhesives
as well. Graphite is sometimes needed as a conductor because of magnetic considerations. But it isn't nearly as conductive as silver although it retains its limited conductivity rather well. Finally, there is gold. On the positive side, it is highly conductive and doesn't oxidize, but the cost makes
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Indicates content that may require registration and/or purchase.
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Effects of Strontium on the Physicochemical Characteristics of Hydroxyapatite
Hereto, mineral samples were positioned onto double sided conducting graphite adhesive tape (SPI supplies division of Structure Probe Inc., West Chester, PA, USA) mounted on a polycarbonate support and inserted into the electron microscope.
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Micromorphological and chemical elucidation of the degradation mechanisms of birch bark archaeological artefacts
Samples were manu- ally cut with a razor blade, and sections were mounted with conductive graphite adhesive (Leit-C after Göcke, Plano, Wetzlar, Germany) on an aluminium specimen stub.
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Dichotomy in the Lithiation Pathway of Ellipsoidal and Platelet LiFePO 4 Particles Revealed through Nanoscale Operando State‐of‐Charge Imaging
Graphite conductive adhesive (Electron Microscopy Sciences 112) was used to adhere the Si3N4 membrane and the working electrode to the PEEK housing and provide external electronic contact.
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Methoxy and Methyl Group Rotation: Solid‐State NMR 1 H Spin‐Lattice Relaxation, Electronic Structure Calculations, X‐ray Diffractometry, and Scanning Electron ...
Loose crystalline materi- al, from the same samples used for the solid-state NMR 1 H spin–lat- tice relaxation experiments, was “sprinkled” on a graphite conduc- tive adhesive on a cantilevered platform with a 458 slant.
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Comparative squamation of the lateral line canal pores in sharks
The dried samples were placed on aluminium SEM mounts using thick carbon, double-sided adhesive tape and then also glued to the mounts with graphite conductive adhesive 154 (Electron Microscopy Sciences; www.emsdiasum.com/microscopy/default.aspx).
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3D microstructure construction and quantitative evaluation of sintered ZrO2 under different sintering conditions
Before the FIB cutting, the surrounding of the interest area from the sample was coated with a layer of conductive graphite adhesive (Electron Microscopy Science, Hatfield, PA).
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Fast Ion Conducting Nanocrystalline Alkaline Earth Fluorides Simply Prepared by Mixing or Manual Shaking
Electrodes were applied by coating the pellets with an alcohol based graphite conductive adhesive (Alfa Aesar).
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Anomalous electrical transport properties of PVA–Ag composite films below room temperature
The electrical conductiv- ity of the samples was measured by the standard four- probe method after good contact was ensured using highly conducting graphite adhesive (Electrodag 5513, Acheson, Williston, VT) and the fine copper wires as the connect- ing wires.
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Single‐Crystal X‐Ray Diffraction, Isolated‐Molecule and Cluster Electronic Structure Calculations, and Scanning Electron Microscopy in an Organic solid: Models...
Loose crystalline material was “sprinkled” on graphite conductive adhe- sive on a cantilevered platform with a 458 slant which allowed for different views.
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Electrical transport properties of the composite of multiwall carbon nanotube–polypyrrole–polyvinyl alcohol below room temperature
The electrical conductivity of the samples was measured by a standard four probe method af- ter good contact was ensured with highly conducting graphite adhesive (Electrodag 5513, Acheson, Williston, VT) and fine copper wires as the connecting wires.