N52 Neodymium Fishing Magnet – Super Strong Rare Earth Magnet with Countersunk Hole & Eyebolt for Magnet Fishing & Salvage

Pull More. Find More. Keep More.

This N52-grade neodymium fishing magnet is built for serious magnet fishing, underwater salvage, and heavy-duty retrieval. With a triple-layer Ni+Cu+Ni coating, ISO 9001-certified construction, and pull forces up to 61kg, it’s one of the strongest single-sided fishing magnets available. Choose your size or grab the rope bundle to get started right away.

Key Features

• N52 Neodymium Rare Earth Magnet – Maximum-grade permanent magnet with pull forces from 5kg up to 61kg depending on size.
• Single-Sided Design – Magnetic force concentrated on the bottom face only; steel cup shields the other three sides for safe, controlled retrieval.
• Triple-Layer Ni+Cu+Ni Coating – Shiny, rust-resistant finish protects against corrosion and extends service life in wet environments.
• Countersunk Hole + Eyebolt Included – Ready to attach your rope straight out of the box.
• ISO 9001 Certified – Manufactured to international quality standards for consistent, reliable performance.
• Permanent Magnetism – Neodymium rare earth construction maintains full strength for decades.
• Multi-Use – Ideal for magnet fishing, underwater salvage, lifting, hanging, and retrieving ferrous metal objects.

Size & Pull Force Guide

• D16mm – Pull Max: 5kg
• D20mm – Pull Max: 9kg
• D25mm – Pull Max: 19kg
• D32mm – Pull Max: 32kg
• D36mm – Pull Max: 41kg
• D42mm – Pull Max: 61kg
• 6mm × 10m Rope Bundle – Includes magnet + rope for a complete magnet fishing setup

Product Specifications

• Magnet Grade: N52 Neodymium (NdFeB)
• Material: NdFeB magnet + A3 steel + 304 stainless steel
• Coating: Ni+Cu+Ni (triple-layer)
• Shape: Round, single-sided
• Color: Silver
• Max Working Temperature: 80°C
• Certification: ISO 9001
• Package Includes: 1x fishing magnet + eyebolt (rope included with rope bundle option)

Pull force values are measured under ideal conditions on flat, clean ferrous surfaces. Real-world results may vary based on surface condition, angle, and material.