Supply format
Specify the sheet, strip or converted shape and dimensions.
Flexible Magnets
Magnetic sheets, strips and converted parts. Define the format, working face and attachment method around your product.
Application review notes
Specify the magnetic function and the way the material will be used. We review thickness, dimensions, pole pattern, surface finish and adhesive requirements, then define a converted format that fits your manufacturing or installation process.
START WITH YOUR REQUIREMENTS
Working face
Define the pole pattern and the mating surface.
Attachment & exposure
Share adhesive, laminate and operating environment requirements.
FORMS & CONFIGURATIONS
Sheets, Strips and Converted Parts.
Representative product forms. Final geometry, dimensions and material are confirmed against your drawing.
Sheet
Flat sheet for cutting and conversion
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Strip
Continuous strip with adhesive or plain backing
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Roll
Roll form for high-volume conversion
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Converted parts
Die-cut or slit parts supplied to drawing
Review This FormDESIGN & SELECTION
Choose a Supply Format.
- Supply form
Roll, sheet, strip, profile or cut component
- Surface stack
State whether thickness includes the laminate
- Functional test
Pole pitch, mating surface and adhesion conditions
Select a category to see the inputs to confirm.
Review This ConfigurationSelection identifies the review scope. Materials, ratings and acceptance criteria remain subject to engineering confirmation.
A good fit when
- Large-area, low-profile magnetic attachment
- Parts that need to be cut, slit, punched or converted
- Seals, signage, displays and sensor components with moderate magnetic demand
- Designs where adhesive, PVC or paper lamination is part of the product
Check before release
- Magnetic pull varies strongly with air gap, steel thickness, pole pitch and contact area
- Rubber binder and adhesive systems have temperature, chemical and aging limits
- Bending radius and cut geometry can affect fit, edge lift and long-term retention
- State whether the part is supplied magnetized, unmagnetized, laminated or converted
ENGINEERING REVIEW
Match the Laminate and Pole Pitch.
Define the complete laminate thickness, magnetic pattern and bond surface before planning conversion.
Format and conversion
Specify sheet, roll, strip or finished die-cut part, including width, length, hole pattern, slit layout and winding direction.
Pole pattern
Provide pole pitch, face orientation, multi-pole direction and the mating steel or magnetic target used in the application.
Bond system
State adhesive type, liner, substrate, surface preparation, peel target and application temperature.
Flex and environment
Define minimum bend radius, repeated flex cycles, temperature, humidity, cleaners, UV exposure and storage conditions.
MATERIAL REFERENCE
Technical Data, Clearly Presented.
Complete technical grade data3 reference rows
3 rows
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| Grade Type | Br kG / mT | Hc kOe / kA/m | Hci kOe / kA/m | (BH)max MGOe / kJ/m³ | Temperature conditions | |
|---|---|---|---|---|---|---|
| Isotropic | 1.4–1.7 kG / 140–170 mT | 1.0–1.3 kOe / 80–104 kA/m | 1.3–1.7 kOe / 104–136 kA/m | 0.5–0.8 MGOe / 4.0–6.4 kJ/m³ | Confirm binder and duty | Material Datasheet |
| Semi-Anisotropic | 1.8–2.1 / 180–210 | 1.4–1.7 / 112–136 | 1.8–2.2 / 144–176 | 0.8–1.1 / 6.4–8.8 | Confirm binder and duty | Material Datasheet |
| Anisotropic | 2.2–2.5 / 220–250 | 1.8–2.2 / 144–176 | 2.4–3.0 / 192–240 | 1.1–1.4 / 8.8–11.2 | Confirm binder and duty | Material Datasheet |
Reference values support initial selection; the approved drawing and agreed specification govern supply.
Grade PDF links open a dedicated grade file. Material Datasheet links open the general material reference.
Reference edition 2026.09-R1 · Magnetic quantities and conversion tools
Application & grade guidance5 reference rows
5 rows
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| Application | Typical Spec | Why this material |
|---|---|---|
| Signage & displays | Isotropic 0.5–0.85 mm sheet | Printable, cuttable, replaceable |
| Door gaskets & seals | Extruded profile | Conformable closure/sealing profiles |
| Sensor targets | Anisotropic 1.0–1.5 mm | Multi-pole proximity target |
| Toys / educational | Isotropic sheet | Low-cost printable material |
| Small motors | Anisotropic rolled ring / strip | Flexible motor magnet geometry |
Supply Formats & DimensionsTwo complementary reference datasets
Choose the form above, then confirm conversion options and dimensions below. Thickness, laminate, pole pitch and adhesion tests are agreed together.
Form & conversion options
4 rows
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| Form | Typical thickness / geometry | Surface / laminate options | Magnetization | Typical use |
|---|---|---|---|---|
| Sheet / roll | Approx. 0.2–10 mm depending on grade/process | Plain, UV coat, PVC/PET/paper, PSA | Multipole / through-thickness | Signage, labels, sensors |
| Magnetic strip | Narrow slit rolls / cut lengths | Plain or adhesive | Single-face multipole | Retail, closures, labels |
| Extruded profile | Custom cross-section | Binder / co-extruded features | Multipole / axial depending design | Door gaskets, seals |
| Die-cut part | Custom 2D geometry | Printable / adhesive / laminate | Pattern selected for function | OEM converted components |
Dimensions & supply formats
5 rows
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| Product Form | Magnetic Grade | Surface / Lamination | Thickness | Max Width | Typical Supply |
|---|---|---|---|---|---|
| Plain magnetic sheet | Isotropic / Semi / Anisotropic | Plain / UV coating | 0.2–10 mm | up to 1,524 mm | Sheets / rolls |
| Print-Mag laminate | Isotropic / Semi / Anisotropic | PVC, PET, PP, paper | 0.3–2.0 mm | up to 1,524 mm | Rolls / sheets |
| Inkjet media | Standard / high performance | Matte / gloss print layer; water resistance confirmed for the finished laminate | 0.35–1.0 mm | 600 mm–1.52 m | Rolls |
| Car magnet | High performance | Printed PVC/PET + backing | 0.35–1.0 mm | up to 1,000 mm | Sheets / rolls |
| Desktop / craft | Isotropic | Plain / printable / adhesive | 0.4–1.0 mm | A4 / Letter / custom | Pads / sheets |
Conversion & tolerances4 reference rows
4 rows
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| Process | Typical Tolerance | Notes |
|---|---|---|
| Die-cut | Per agreed drawing | Economical production shapes |
| Profile / laser cut | Per agreed drawing | Tighter custom shapes |
| Thickness | Per agreed drawing | Calendered sheet |
| Extruded profile | Per agreed drawing | Cross-section dependent |
QUALITY & RELEASE
Verify the Finished Laminate.
Verification follows the component’s function and the agreed inspection plan.
Pull-force method
Review details
Measure magnetic pull using the actual steel thickness, air gap, contact area and fixture. A catalogue pull value is not a system guarantee.
Dimensional conversion
Review details
Inspect cut profile, hole position, slit width, liner placement and edge quality against the released drawing.
Adhesive durability
Review details
Run the agreed temperature, humidity, peel or shear exposure on the actual substrate and surface preparation.
Magnetization consistency
Review details
Verify pole pitch, polarity and face orientation at the start, middle and end of converted rolls or lots.
PRODUCT QUESTIONS
Flexible Magnet Conversion Questions.
Can flexible magnet be cut to shape?
Sheet and strip formats can often be slit, die-cut or punched, subject to thickness, geometry, backing and tooling review. Final cut limits should be confirmed against the drawing.
How is magnetic pull specified?
Pull should be tied to a defined test method because air gap, steel thickness, pole pattern and contact area can materially change the result.
Is flexible magnet waterproof?
The magnetic compound, laminate, adhesive and edges all contribute to environmental performance. Specify the exposure and sealing requirement instead of relying on the word 'waterproof'.
CONTINUE EXPLORING
Related Magnetic Solutions.
APPLICATION REVIEW
Specify Your Flexible Magnet Format.
Send the finished outline, laminate stack and mating surface.
Discuss This Specification