100mm x 10mm x 5mm N35 Super Strong Strip Block Rare Earth Neodymium Magnet

100mm x 10mm x 5mm N35 Super Strong Strip Block Rare Earth Neodymium Magnet where to buy big magnets

• Mitat:100mm long x 10mm width x 5mm thick large strong magnets
• Magneetin tyyppi; Neodymium magnets large
• Materiaali: NdFeB,Harvinaisten maametallien magneetti
• Arvosana: N35
• Pinnoitus/pinnoitus: Ni-Cu-Ni (Nikkeli)
• Magnetisoinnin suunta: Magnetized through the” thickness, the poles are on the 100 x 10mm surfaces.
• Paino(1 pala): 38g
• Max käyttölämpötila: 176ºF (80ºC)
• Esitys (Gauss): 3,044 Gauss
• Määrä: 1 pala
• Iät:7+ iät, sekä lapsille että aikuisille

These thin rectangular Neodymium magnets are axially magnetised between the two 100mm x 10mm rectangular faces and provide a maximum pull of 12.4kg. Every magnet has a triple coating of nickel, copper and nickel again to prevent against corrosion. Our Neodymium magnets have many creative uses including model-making, theatre design, furniture making, exhibitions, retail displays and packaging. They also have many uses in engineering and manufacturing where small size and maximum strength are required. What’s more, because of their resistance to demagnetisation they are ideal for creating a shock-absorbing or damping effect when used to repel other magnets. Näissä magneeteissa on turvallista käsittelyä koskeva varoitus; koska ne ovat niin tehokkaita, ne voivat olla vaarallisia, jos niitä ei käsitellä huolellisesti.

this blocks are made in grade N35 material. The SH material means that the magnets can be heated to 302° F (150°C) without any loss of magnetic strength, unlike standard neodymium magnets that begin to lose strength at 176° F (80°C). Suitable for many high temperature applications.

PLEASE NOTE:

• All magnets may chip and shatter, but if used correctly can last a lifetime.
• Keep away from pacemakers.
• Not for children, parental supervision required.
• If damaged please dispose of completely. Shards are still magnetized and if swallowed can inflict serious damage if magnets join inside the digestive tract.