Bsc Preferred 07004 Ceramic Disc Magnets 6 Piece Set

Product Description

The BSC PREFERRED 07004 is a six-piece set of ceramic disc magnets, also referred to as ferrite magnets. Each disc measures 1 inch in diameter and 0.156 inches thick. Ferrite construction provides strong pull force relative to the compact size, making these magnets a reliable choice for light-duty fastening and display applications. The set is suited for attaching papers, frames, schedules, and calendars to ferrous metal surfaces such as steel filing cabinets, magnetic whiteboards, and similar flat metal faces. Installation requires no tools and no fasteners.

These magnets are commonly used in classroom, office, and workshop environments. Typical applications include securing reference materials, organizing schedules, and mounting lightweight displays to ferrous metal surfaces. The discs are well-suited for teachers, hobbyists, and crafters who need a reusable, tool-free fastening solution. Each unit in the six-piece set is uniform in size and grade, allowing consistent performance across all pieces in the set.

Key Features

• Ferrite ceramic construction for dependable pull strength in a compact disc form
• 1 inch diameter and 0.156 inches thick per disc
• Six-piece set with uniform size and grade across all discs
• Attaches documents, frames, and calendars to ferrous metal surfaces without fasteners
• No hazardous materials - safe for classroom and office use

Compatibility

Designed for use on ferrous metal surfaces such as steel whiteboards, filing cabinets, and similar magnetic-receptive surfaces. Not suitable for stainless steel, aluminum, or other non-ferrous substrates.

Installation Notes

No tools or hardware are required to apply these magnets to a compatible ferrous metal surface. Keep magnets away from sensitive electronics, magnetic storage media, and pacemaker devices. Store flat and away from other magnets to prevent chipping, as ceramic ferrite material is brittle and can crack if discs are allowed to snap together with force.