MG Chemicals 843WB Super Shield Water Based Silver Coated Copper Print

Introduction

The MG Chemicals 843WB Super Shield Water Based Silver Coated Copper Print is a revolutionary product that offers exceptional EMI/RFI shielding capabilities. With its one-part urethane system pigmented with highly conductive silver coated copper flake, this water-based conductive coating provides a smooth and durable finish that adheres well to various materials.

Main Features

• Easy to use, no let-down, and no heat cure necessary
• Can be applied by spray, brush, or roller
• Smooth, durable, and adheres well to plastics, wood, metal, and ceramics
• Bonds well to drywall and can be painted over with common Architectural paints
• Provides excellent EMI/RFI shielding over a broad range of frequencies
• Volume resistivity of 6.82 x 10(-4) ohm cm
• One-part, ready-to-use system – no dilution required
• Excellent adhesion to drywall and plastics
• Not regulated for air transport (non-hazmat)
• Attention! The product gels below 0°C [32°F]. If the product was exposed to freezing temperature, keep warm @ 22°C [72°F] for 2 days prior to use

Applications & Usages

The MG Chemicals 843WB Super Shield Water Based Silver Coated Copper Print is widely used in Architectural and electronic applications that require highly effective EMI/RFI shielding. It is the ideal choice for Architectural RFI shielding applications due to VOC regulations that prohibit the use of solvent-based systems.

Some common applications include:

• Containing RFI within a room, such as an engine room, to prevent interference across other rooms
• Protecting a room containing sensitive electronic equipment from general sources of interference, such as server rooms, recording studios, laboratories, and surgical rooms, especially those near cell phone or radio towers
• Providing EMI/RFI shielding to electronic enclosures, sensors, test equipment, portable controllers, communication devices, and most applications where one would normally use solvent-based shielding
• Repairing conductive traces and electronic prototyping