Industrial Magnet MAUL 6172384 Round Grey 3cm

The MAUL Industrial Magnet 6172384 is a round, grey magnet with a diameter of 3 cm and a height of 8.4 mm, supplied in a pack of 10 pieces. Made in Germany, this magnet is designed for industrial and workshop use where a compact, durable magnetic fastener is required. The product is supplied in blister packaging for convenient storage and handling.

Advantages

This round industrial magnet provides reliable holding power in a compact form factor suitable for small assemblies and fixings. Its metal-encased design and consistent dimensions ensure repeatable performance across multiple units in the pack. Manufactured to German quality standards, the magnets offer corrosion resistance and dimensional stability for repeated use in workshop or industrial environments.

Suitable for

• Securing lightweight tools and metal parts to workbenches or panels
• Temporary mounting of signs, labels or sensors in production areas
• Magnetic fixtures in jigs, templates, or small assemblies
• Holding components during light machining, soldering or inspection

Key specifications

• Shape: round
• Diameter: 3 cm
• Height / thickness: 8.4 mm
• Color: grey
• Material: industrial-grade magnet (manufactured in Germany)
• Pack size: 10 pieces
• Packaging: blister

How to use

Position the magnet on the clean metallic surface where temporary fixation is required and press gently until full contact is achieved. For non-ferrous surfaces, use a ferrous backplate or mount the magnet to a ferrous receiver to obtain secure holding. When installing multiple magnets for fixtures or templates, align their centers precisely and check attraction strength with the actual load before full operation. Remove by sliding or lifting the magnet from the edge to reduce required force and prevent sudden detachment.

Usage recommendations

Store magnets in their blister packaging or on a designated ferrous tray to avoid damage from impact or contact with delicate equipment. Avoid exposing magnets to high temperatures above their operating limits and keep them away from sensitive electronic devices and magnetic media. For heavy loads or safety-critical fixtures, test holding capacity under real conditions and consider supplementary mechanical fastening.