Magnetic adhesive tape ferrite 20 mm

self-adhesive magnetic tape, rolls of 1 m / 5 m / 25 m

Item number

MT-20-STIC

Similar products
Examples of use
Data sheet

Price and rebate
	1 m	3,07 EUR/m
from	5 m	2,46 EUR/m
from	25 m	1,99 EUR/m
from	50 m	1,84 EUR/m
from	75 m	1,75 EUR/m
Ask for a rebate from 200 m
incl. VAT plus shipping

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Amount in metres

Description

The bestseller among the self-adhesive magnetic tapes!
This 20 mm wide self-adhesive magnetic tape is made to attach non-magnetic objects to metal surfaces.

This magnetic tape is available in lengths of 1 m, 5 m, and 25 m. It consists of strontium ferrite and flexible plastic. On one side it is coated with an adhesive. The adhesive force is 102 g/cm². The longer the magnetic tape the higher the adhesive force. For heavy objects, we recommend a large enough magnetic tape.

Please note:

Self-adhesive magnetic tapes need to be placed, pressed and dried on suitable surfaces. Otherwise, air may be trapped and the tapes may come undone. Please read our FAQ about self-adhesive products.
You may find our FAQ about the adhesive force of magnetic tape and magnetic sheet helpful when calculating the adhesive force needed for your project.
Our FAQ about combining self-adhesive magnetic tapes explains what you need to keep in mind.

Please note

Magnets should not be placed on self-adhesive magnetic tapes, because they would demagnetise the tapes. Suitable surfaces for magnets are self-adhesive metal tapes or metal strips, for example.

Technical data

Article ID	MT-20-STIC
Design	Self-adhesive (film)
Width	20 mm
Thickness	1,5 mm
Magnetisation	Anisotropic
Strength	102 g/cm²
Shelf life adhesive	6 months (approx.)
Material	Ferrite
Colour	Black
Shape	Other
Weight	110 g/m
Adhesive data sheet
PDF data sheet

Additional features and tips

The tape is anisotropically magnetised, which gives it a higher adhesive force than many other standard magnetic tapes. Compare the adhesive force indications before making your decision.

The small flux detector beautifully visualises the lamellar magnetisation. North and south poles alternate closely spaced. That leads to a higher adhesive force at direct contact with ferromagnetic surfaces.