Anisotropic magnetic sheet 0.9 mm DIN A4 – flexible cutting capability, high adhesive strength, self-adhesive
Anisotropic magnetic sheet DIN A4 (210×297 mm, 0.9 mm) – strong flexible magnetic sheet, cuttable & self-adhesive
Our high-quality anisotropic magnetic foil in the DIN A4 format (210 × 297 mm) and with 0.9 mm thickness convinced by their strong adhesive force and high flexibility. It can be individually tailored and is ideal for Household, office, workshop, storage or creative DIY projects.
Thanks to the anisotropic magnetization It offers a significantly higher adhesive force than conventional isotropic magnetic sheets. matte surface It is easy to write on and can be designed as desired – perfect for magnetic labels, advertising, model making or organization.
Advantages & Features
Extra strong adhesive power
Anisotropic magnetization makes it up to twice as strong as conventional isotropic films.
Can be cut to size flexibly
Simply cut into any shape you like using scissors or a cutter.
Reusable & durable
Ideal for permanent or changing applications.
DIN A4 Format (210 × 297 mm)
Perfect for many applications in the home, office and workshop.
Raw brown, matte surface
Discreet, writable and ideal for personalization.
areas of application
Ideal for Magnetic labels, DIY magnetic boards, advertising, model making, warehouse labeling, presentations and creative projects.
Technical specifications
| Characteristic | Description |
|---|---|
| Material | Anisotropic magnetic foil (ferrite), raw brown |
| Format | DIN A4 – 210 × 297 mm |
| Strength | 0,9 mm ± 0,05 mm |
| magnetization | Anisotropic, multipolar on one side |
| Adhesive force | approx. 40–60 g/cm² on steel surfaces |
| surface | matte, writable |
| particularities | Cuttable, flexible, self-adhesive |
Conclusion
The anisotropic magnetic film DIN A4 (0.9 mm) is the ideal solution for anyone who needs a strong, flexible and customizable magnetic surface Search – perfect for organization, labeling and creative projects.
Standardversand
Estimated delivery time: 3–8 days
