What's the Best Iron Oxide Powder Buyer's Guide & Reviews

Quality guaranteed – made under iso 9001 quality systems. Powerful magnets – made of strongest magnetic material. Strong holding power, holding power is not less than 18 lb per magnet with direct touch and direct pull. Magnets coated – ni+cu+ni triple layer coated. The best coating available, which provides a shiny and rust resistant protection for the magnets. Diy projects & science experiments – refrigerator magnets, shower door, work or office, scientific purposes, arts and crafts or school classroom. Magnets dimensions – diameter 32mm x thick 3mm (approx.

Extremely powerful- n35 strength bar magnets make these some of the most powerful small magnets available. Triple coated- every magnet is ni cu ni coated. This makes each magnet rust resistant and extremely shiny. Multipurpose- these magnets can be used as refrigerator magnets or for science experiments and everything in between. Bonus iron oxide- every order includes .1lbs of magnetic iron oxide powder (great for experiments).

High quality resealable bag – with wide base that allows bag to stand. Thick plastic resists puncturing. Heavy duty zip lock keeps contents from leaking unlike other brands. Save money and time – this package has the finest quality fe3o4 available and industrial strength neodymium bar magnets bundled together for cheaper than you could buy them separately. They are both tested to work well together. You will have everything you need to start enjoying right away. This is the deal you have been looking for. Industrial strength neodymium n45 bar magnets – these powerful bar magnets have 35+ lbs of pull force and can be used for hundreds of applications such as refrigerator magnets, arts and crafts, science experiments, home improvement, diy projects etc. Many competitors brag about their “strength” but if you dig deeper, you will see they are using inferior materials and less powerful grade of magnets to save costs.

Fine particle size makes it perfect for hundreds of uses. Great for magnetic slime, ferrofluid, thermite, magnetic field demonstrations and science experiments. Many competitors use thinner magnets to save costs.