Hisco #:843ER-3-25L-33018
MFG #:843ER-3.25L


Item must be ordered in multiples of 5
This item is hazardous and may be subject to an additional handling fee.
The MG Chemicals 843ER-3.25L
MG Chemicals 843ER-3.25L Silver Copper Epoxy Conductive Paint
843ER, our Silver-Coated Copper Epoxy Paint, is a 2-part epoxy-based conductive coating, pigmented with highly conductive silver-coated copper flake. The cured paint is smooth and extremely hard. It is abrasion, scratch, and mar resistant. It adheres very strongly to plastics, including chemically resistant and low energy plastics, as well as metal, glass, ceramic and wood.
843ER provides EMI / RFI shielding in applications where extreme durability, adhesion and mar resistance are required.
Features and Benefits
- Excellent conductivity
- Provides good RFI shielding
- Extreme durability and adhesion
- Strong solvent resistance
- Excellent corrosion and salt fog resistance
Note: Not for Use as Architectural Coatings in Canada, California, and other States with similar VOC regulations.
Product Description
This item is hazardous and may be subject to an additional handling fee.
The MG Chemicals 843ER-3.25L
MG Chemicals 843ER-3.25L Silver Copper Epoxy Conductive Paint
843ER, our Silver-Coated Copper Epoxy Paint, is a 2-part epoxy-based conductive coating, pigmented with highly conductive silver-coated copper flake. The cured paint is smooth and extremely hard. It is abrasion, scratch, and mar resistant. It adheres very strongly to plastics, including chemically resistant and low energy plastics, as well as metal, glass, ceramic and wood.
843ER provides EMI / RFI shielding in applications where extreme durability, adhesion and mar resistance are required.
Features and Benefits
- Excellent conductivity
- Provides good RFI shielding
- Extreme durability and adhesion
- Strong solvent resistance
- Excellent corrosion and salt fog resistance
Note: Not for Use as Architectural Coatings in Canada, California, and other States with similar VOC regulations.
Technical Information
Item must be ordered in multiples of 5