Product Description
99 LB Neodymium Cup Magnet with #1/4-20 Female Threaded Stud, 1.26" Diameter | Heavy-Duty Magnetic Holding
This high-performance Neodymium Cup Magnet, measuring 1.26" in diameter, delivers an impressive holding power of 99 lbs. The magnet features a #1/4-20 female threaded stud for versatile mounting applications. Encased in a chrome-plated steel cup, the neodymium magnet is securely bonded with adhesives, forming a magnetic circuit that significantly enhances its holding force. The steel cup also provides strong protection, ensuring the magnet's durability during frequent use.
Key Features:
- Material: Super strong neodymium magnet encased in a chrome-plated steel cup
- Holding Power: 99 lbs for direct touch and pull on a bare low carbon steel surface
- Dimensions: Outer Diameter: 1.26" (25 mm), Thickness: 0.28" (7 mm)
- Thread Size: Female, #1/4-20 optional
- Durability: Steel cup protects the magnet from damage, extending its lifespan
Applications:
This versatile cup magnet is ideal for magnetic holding, lifting, antenna mounting, car signs, magnetic retrieval devices, and more. It is also known as a magnetic round base, pot magnet, or magnetic cup assembly.
Specifications:
- Pulling Force: 99 lbs
- Outer Diameter: 1.26 in. (25 mm)
- Thread Type: Female, #1/4-20
- Thickness: 0.28 in. (7 mm)
Safety Notes:
- Magnets can chip and shatter; handle with care.
- Keep away from pacemakers and children.
- Dispose of damaged magnets completely; shards remain magnetized and can be hazardous if ingested.
Warranty
This magnet includes a 10-year warranty for its magnetic strength, provided it is used under normal conditions. Usage in environments with elevated temperatures, significant vibration, or intense opposing magnetic fields will render this warranty null and void. It is also not suitable for use outdoors or in areas with high humidity or salt content, unless additional protective insulation measures are implemented.Product Videos
Custom Field
Material Neodymium
Pulling Force 99Lbs.
Pole Orientation Axially
Coating NiCuNi
