MG CHEMICALS 841 AR

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Applications
MG Chemicals 841AR is a conductive paint based on acrylic lacquer, loaded with highly conductive nickel flakes. This coating offers an effective solution for electromagnetic shielding (EMI/RFI) and exhibits excellent abrasion resistance. MG Chemicals 841AR is designed to provide a conductive coating inside plastic electronic enclosures, eliminating EMI/RFI emissions. It strongly adheres to most injection-molded plastics such as ABS, PBT, PVA, and ABS/PC blends.
Caracteristics
Volume resistivity: 4.0 x 10⁻³ Ω·cm / Surface resistance at 50 µm: 0.68 Ω / Recommended film thickness: 50 µm / Coating time: 3 minutes / Curing time: 24 hours at 22 °C, 30 minutes at 65 °C / Operating temperature range: -40 to 120 °C / Viscosity at 25 °C: 1,460 cP / Density: 1.70 g/mL / Solids content: 57% / Calculated VOC: 236 g/L
Property
MG CHEMICALS 841 AR Single-component acrylic-based paint. It is loaded with highly conductive silver flakes. Fast drying at room temperature, flexible once dry. Applicable by spraying or brushing, resistant to abrasion and corrosion, suitable for marine environments. Does not contain toluene, xylene, or MEK.
Dangerous. Observe safety precautions - For professional use only
See the different packaging

Variations

This product is not available online.Contact us
Name Code article Price Availability
MG CHEMICALS 841 AR
900 ml can
MG841AR30 Contact us
MG CHEMICALS 841 AR
18,9 l Drum
MG841AR40 Contact us
MG CHEMICALS 841 AR
1 Gallon Can
MG841AR10 Contact us

Caracteristics

Resitivity Volumic 4 E_3Ohmcm
Recouvrement théorique à 50µm pour 1L 44785 SQUARE_CENTIMETER
conductive filler Nickel
Magnetic Class Ferromagnetic
Recoat time 3 MINUTE
Curing Temperature (°C) 65 CELSIUS
Curing Time (min) 30 MINUTE
Chemistry / Technology Acrylic
Brand MG CHEMICALS
Electric Properties Electrically Conductive
Maximum temperature (°C) 120 CELSIUS
Minimum temperature (°C) -40 CELSIUS
Electric and Electronic Protection and Assembly
Events
Innovative EMI Shielding Solutions with Conductive Paints from MG Chemicals: Overcome Electromagnetic Interference Challenge