Craft Magnet Round MAUL 6170796 Neodymium Stainless Steel 1.6 cm

The MAUL 6170796 craft magnet is a compact, round neodymium magnet housed in stainless steel. With a diameter of 1.6 cm and a height of 7 mm, it combines strong magnetic performance with a corrosion-resistant stainless steel casing. The magnet is designed for secure attachment to ferromagnetic surfaces and provides a reliable hold for lightweight to medium-weight items commonly encountered in craft, office, and home organization tasks.

Advantages

The stainless steel casing protects the neodymium core from mechanical damage and reduces the risk of surface corrosion, extending usable life in indoor environments. Neodymium provides a high magnetic flux density relative to the magnet's size, offering firm retention while keeping the component compact. The round, low-profile shape simplifies placement on flat surfaces and allows for discreet attachment in visible applications.

Suitable for

• Holding paper, photographs, and lightweight decorations on magnetic boards or refrigerators
• Temporary fastening of small craft components during assembly
• Organizing tools, metal parts, and office supplies on magnetic surfaces
• Mounting lightweight signs, labels, or sample swatches in shops or studios

Key specifications

• Shape: round
• Material (outer): stainless steel
• Magnetic material: neodymium
• Diameter: 1.6 cm
• Height/thickness: 7 mm
• Finish: metallic stainless appearance

How to use

Place the magnet onto a clean, flat ferromagnetic surface such as a magnetic board, steel cabinet, or refrigerator door. Align the magnet so the stainless steel face contacts the surface directly to ensure full magnetic contact. Attach the items to be held between the magnet and the metal surface or secure them under the magnet where possible. Avoid rapid impacts or heavy shear forces that could dislodge the magnet or damage the stainless steel casing.

Usage recommendations

For safe and reliable performance, use the magnet on clean, smooth metallic surfaces and avoid exposing it to strong heat or chemicals that could affect the adhesive properties of nearby materials. Keep small magnets away from children and electronic medical devices such as pacemakers. When combining multiple magnets, observe polarity orientation to prevent sudden attraction that could pinch surfaces or cause chips.