Magnets

The magnets, not the mystery.

We’ve spent years matching magnets to superconductor demonstrations — grade, shape, and pull force all have to be right or the demo just doesn’t work. That same matching goes into every magnet-only kit we sell: for a maglev toy, for a science-fair project, or for hands-on work alongside a superconductor demo. You tell us what you’re trying to show; we tell you which magnets do it. No guessing.

Liquid nitrogenNot required — ever
Shipping1–3 days, no cryo handling
Price range$69 – $299
Matched toYour specific demo, not guesswork
Also insideEvery superconductor kit we sell
Why us

Why buy magnets from a superconductor company.

Because we already had to solve the hard version of this problem — pairing a magnet with a superconducting disc so precisely that it locks in mid-air. Picking the right magnet for a track, a demo, or a classroom is the easy version.

  • Matched, not generic
    Every kit is built around one specific demo

    The magnets in the Magnetic Train kit aren’t “a bag of magnets” — they’re the count, grade and spacing that makes that specific track work, tested before it ships.

  • Same standard, every kit
    The magnets in our superconductor kits go through the same matching process

    If you’ve trusted us for a levitation demo, the standalone magnet kits are held to the same bar.

  • No cryogenics, ever
    None of these kits require liquid nitrogen

    If your demo doesn’t need superconductivity — just a magnet doing something visibly interesting — there’s no dewar, no gloves, no cooldown time.

  • Handling is still on you
    Strong magnets need supervision

    Pinch hazards and swallow risk are real with any strong magnet. See the magnet safety guide before handing these to a group.

Shop

Two kits, plus the magnets themselves. No liquid nitrogen in any of them.

This is a short list on purpose — each one is built for a specific demo rather than sold as a generic magnet pack.

Guide

Which one, for which demo.

You want to showKitPriceWhy
A magnet floating and moving along a trackDIY Maglev Desktop Toy$69Built specifically for the levitating-puck effect, out of the box.
A science-fair board with a repeatable, documented setupMagnetic Train Science Fair Kit$69Same track mechanism, framed for a fair judge to follow.
Restocking, scaling up, or building your own track from scratchMagnets & spare partsFrom $0.60Just the magnets — Quantum Levitation–matched, no track included.
The actual superconductor levitation effect (needs liquid nitrogen)See the which-kit guideFrom $139A different, cryogenic effect — magnets alone won’t produce it.
Questions

What people ask before buying just the magnets.

Do any of these need liquid nitrogen?
No. Everything on this page runs at room temperature — no cryogenics, no dewar, no cooldown wait. If you want the superconductor levitation effect itself, that does require liquid nitrogen; see the which-kit guide.
Are these the same magnets used in your superconductor kits?
They’re matched using the same process — grade and pull force selected for a specific job rather than sold generically.
Are these magnets safe for kids to handle?
Under supervision, yes — these are demonstration kits for ages 10+, not unsupervised toys. Strong magnets carry real pinch and swallow risks; see the full magnet safety guide before handing them to a group.
What’s the difference between a magnet kit and a superconductor kit?
A magnet kit shows magnetic forces — repulsion, attraction, and levitation along a track. A superconductor kit shows flux pinning: a magnet locked in place at any angle above a cooled disc, which needs liquid nitrogen. They’re different physics, and often complementary in the same demo. The which-kit guide walks through both.

Ready to add magnets to your demo?

Five kits, none of them needing liquid nitrogen.

Magnets for kits & spare parts
Individual neodymium magnets and rings — the same parts used in our maglev tracks, sold separately for repairs, extensions and custom builds.

Building a school project with magnets alone? The magnetic levitation science project guide covers the physics of maglev trains and how to build one without any cryogenics.