Diver Magnet - 400
El Diver Magnet – 400 es un imán submarino doble de servicio pesado construido para grandes trabajos offshore. Combina dos imanes de copa de neodimio de 78 mm (el núcleo del Diver Magnet – 200, grado N45) bajo una sola asa, lo que proporciona una fuerza de sujeción nominal de 400 kg y una alta resistencia al deslizamiento para trabajos en tuberías, risers y estructuras en zonas de corrientes fuertes. Cada imán está sellado en epoxi y HDPE para un uso continuo en agua salada. El conjunto incluye una tuerca de argolla M10 de acero inoxidable 316 para herramientas y cabos de anclaje, y un asa de acero inoxidable para un posicionamiento firme y un apalancamiento controlado al desprender los imanes a plena fuerza de sujeción. Una herramienta de posicionamiento y sujeción para buzos profesionales, no un equipo de elevación.
Fuerza de sujeción: 400 kg · Cara magnética Ø: 2 × 78 mm · Grado: N45 · Recubrimiento: Epoxy-HDPE · Profundidad: probado en servicio hasta 150 m · País de origen: Sudáfrica
The Diver Magnet - 400 is an industrial-strength neodymium pot magnet rated at 400 kg pull force — built for the most demanding subsea applications including a secure anchor point for divers, large-diameter pipeline work, and offshore construction tasks. Manufactured by Diving Magnets (Pty) Ltd in South Africa with Epoxy-HDPE coating for corrosion resistance and 316 stainless steel hardware, this diver magnet is trusted by commercial diving professionals worldwide.
¿Para qué se usa el Diver Magnet - 400 ?
- Heavy-duty diver positioning on major subsea construction
- Large-diameter pipeline inspection and repair operations
- Offshore decommissioning and structural cutting support
- Magnetic anchor point and equipment staging on subsea structures
- Hull inspection and cleaning on large commercial vessels
Características y ventajas
- 400 kg rated pull force — maximum holding for the most demanding subsea tasks
- Magnet sealed in epoxy and HDPE for continuous saltwater use
- 316 stainless steel eye nut, handle and screws — engineered for extreme marine environments
- Built for offshore construction, decommissioning, and pipeline work
¿En qué superficies funciona el Diver Magnet - 400 ?
Funciona mejor en
- Mild steel and carbon steel (best performance — flat, clean surfaces)
- Cast iron structures and components
- Structural steel beams, columns, and plate
- Steel pipelines and risers
- Ship hulls and marine vessel steel
Reduce el rendimiento
- Rusted or corroded surfaces — rust and scale create an air gap that reduces pull force
- Painted or coated surfaces — coating thickness creates an air gap
- Curved surfaces — reduced contact area lowers effective pull
- Thin metal (under 5 mm) — insufficient material for full flux path
No funcionará en
- Aluminium, brass, copper, and bronze (non-ferrous metals)
- Most austenitic stainless steels (304, 316) — little or no attraction, slightly magnetic only where cold-worked or welded
- Concrete, wood, plastic, fibreglass, and composites
- Titanium and non-magnetic alloys
Pautas de seguridad
- Always wear protective gloves when handling magnets rated above 100 kg pull force — pinch injuries are the most common hazard
- Keep magnets away from dive computers, compasses, and electronic instruments — strong magnetic fields can cause permanent damage
- Never allow two magnets to snap together uncontrolled — the collision force can shatter the magnet and cause flying debris
- Use a safety lanyard to secure the magnet to your harness — prevents loss in current or during detachment
- Attach at a 45° angle and rotate flat — never approach a steel surface head-on with a strong magnet
- Brief your dive team on magnet location — unexpected strong pull near steel structures can trap equipment or limbs
Cuidado y mantenimiento
- Rinse thoroughly with fresh water after every saltwater use — salt crystals accelerate corrosion if left on the coating
- Dry completely before storage — moisture trapped against the magnet surface causes coating breakdown over time
- Inspect the Epoxy-HDPE coating regularly — any chips or cracks expose the neodymium core to corrosion
- Remove iron filings and metal particles after each use with a wire brush or cloth — accumulated debris reduces pull force
- Store in a cool, dry environment away from electronic equipment — temperatures above 80°C permanently reduce magnetic strength
- Apply a thin layer of corrosion inhibitor (light oil or silicone spray) for long-term storage
Maximum holding power for industrial subsea work
- Large-scale offshore construction and decommissioning operations
- Tasks requiring 400 kg pull force for the heaviest subsea tools and equipment
- Saturation diving operations where equipment staging is critical
- Companies that need maximum holding force from high-grade N42–N48 cores — grade for grade, an N48 core stores about 14% more magnetic energy than an N42 core of the same size
- Projects where magnet failure would create serious safety or operational risk
Preguntas frecuentes — Diver Magnet - 400
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