VIBRA® Pot Magnets

High-strength magnetic assemblies designed for superior clamping and lifting. VIBRA® Pot Magnets encase magnets in steel shells to concentrate magnetic force for holding, mounting, and industrial fixture applications.

Why Choose VIBRA® Pot Magnets?

Designed to protect your equipment and ensure product purity in demanding industrial environments

Maximum Holding Power

VIBRA® Pot Magnets are engineered for efficiency. By encasing the magnet (Neodymium, Ferrite, or SmCo) in a steel shell/pot, the magnetic field is focused onto one face. This design significantly increases the clamping force compared to a raw magnet of the same size, making them ideal for heavy lifting.

Robust Protection & Durability

The steel pot housing doesn’t just amplify power; it shields the magnet from impact, cracking, and chipping. This rugged construction allows them to be used in harsh industrial environments for welding, drilling, and machining fixtures where raw magnets would easily break.

Versatile Mounting Configurations

Designed for easy integration, our pot magnets come with various mounting features such as countersunk holes, threaded studs, internal threads, and eyebolts. This versatility allows for quick installation in jigs, signage, door latches, and retrieval systems without complex tooling.

Technical Specifications

Complete technical data for engineering and procurement teams

Material Option

Neodymium (Strongest), Ferrite (Cost-effective), SmCo (High-temp)

Housing Material

Carbon Steel (Zinc or Nickel plated)

Mounting Styles

Countersunk, Through-hole, Threaded Stud, Internal Thread, Hook

Magnetic Strength

Concentrated on one active face

Max Operating Temp

80°C (NdFeB), 250°C (Ferrite), 350°C (SmCo)

Applications

Lifting, Clamping, Fixturing, Mounting, Retrieval

Corrosion Resistance

Moderate (Steel shell is plated)

FAQs About VIBRA® Pot Magnets

What are VIBRA® Pot Magnets mainly used for?

They are used for lifting, clamping, mounting, and hanging items. Commonly found in workshops for holding tools, securing signs, or as magnetic bases for inspection equipment and lights.

How do Pot Magnets differ from regular magnets?

They have a steel shell that concentrates magnetic force downwards. This shell protects the brittle magnet and significantly boosts the pull force on the active face compared to raw magnets.

Which material should I choose: Neodymium or Ferrite?

Choose Neodymium for maximum strength; Ferrite for cost and heat. Neodymium pots are compact and powerful, while Ferrite pots are larger, cheaper, and handle higher temperatures better.

Can I use these magnets for high-temperature applications?

Yes, if you select the correct magnetic material type. Standard Neodymium pots work up to 80°C, while Alnico or Samarium Cobalt versions can withstand much higher industrial heat.

How do I attach these magnets to my surface?

They feature threaded holes, studs, or countersinks for easy screwing. Simply screw them into your assembly or use a matching bolt/nut to secure them to non-magnetic surfaces.

Do you offer custom sizes or mounting options?

Yes, we can customize dimensions and thread types for you. Contact us via WhatsApp or Call; Sematic Magnet can fabricate holding assemblies tailored to your specific industrial requirements.

Industrial Applications

Trusted in critical processes across diverse manufacturing sectors

Food & Beverage Processing

Pharmaceutical

Recycling

Ceramics

Wood Processing

Glass Processing

Plastic

Plastic Processing

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VIBRA® Pot Magnets