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Colored magnetic stripe film is a functional card material that combines magnetic data recording with customized visual appearance. Instead of limiting card manufacturers to conventional black or brown magnetic stripes, colored magnetic stripe solutions can be developed in gold, silver, blue, red, green, brown, and other project-specific colors while retaining the magnetic properties required by the intended encoding and reader system.
For professional plastic card manufacturers, however, color is only one part of the specification. A successful magnetic card project must also define HiCo or LoCo coercivity, stripe width, stripe position, track configuration, base film material, overlay thickness, lamination conditions, encoder compatibility, reader compatibility, surface durability, and batch consistency.
This guide explains how colored magnetic stripe film works, how HiCo and LoCo grades differ, what card manufacturers should test before mass production, and how to specify customized magnetic stripe film for membership cards, hotel cards, access cards, loyalty cards, ID cards, gift cards, transportation cards, and other magnetic card applications.
Colored magnetic stripe film is a card-manufacturing material containing a magnetic recording layer with a customized visible color. Depending on the manufacturing system, the magnetic stripe may be supplied as a transfer material, stripe film, magnetic tape, or integrated magnetic overlay that is incorporated into the finished plastic card.
The magnetic layer stores encoded information through controlled magnetic transitions. When the finished card passes through a compatible magnetic reader, the reader detects those transitions and converts them into data for the corresponding card system.
A colored stripe should therefore be evaluated first as a magnetic recording component and second as a decorative element. The color coating or surface construction must not interfere with encoding, signal quality, reader compatibility, adhesion, lamination, or long-term wear performance.
A magnetic stripe contains magnetizable particles arranged in a recording layer. A compatible encoder writes data by changing the magnetic orientation of defined areas along the stripe. The resulting sequence can later be detected by the magnetic head inside a reader.
During encoding, the encoder must supply the correct magnetic field for the selected stripe grade. A LoCo stripe and a HiCo stripe therefore cannot simply be treated as identical recording media.
During reading, a magnetic head detects the transitions stored on the stripe. Successful reading depends on the magnetic properties, track position, signal quality, card movement, reader condition, and compliance of the finished card with the intended system.
A magnetic stripe is primarily a data-recording medium. Card-system security depends on the data architecture, backend authentication, credential management, access controls, issuing procedures, and any additional chip, barcode, holographic, or anti-counterfeit technology.
One of the first technical decisions for any magnetic card project is whether the stripe should use low coercivity (LoCo) or high coercivity (HiCo) magnetic material.
| Parameter | LoCo Magnetic Stripe | HiCo Magnetic Stripe |
|---|---|---|
| Meaning | Low coercivity | High coercivity |
| Common Commercial Reference | Approximately 300 Oe for many LoCo applications | Approximately 2750–4000 Oe depending on grade and system |
| Encoding Energy | Lower | Higher |
| Resistance to Accidental Erasure | Lower than HiCo | Higher |
| Typical Project Direction | Frequently rewritten or shorter-lifecycle cards | Longer-life and frequently handled credentials |
| Key Requirement | Encoder and reader must support the selected grade | Encoder must provide appropriate HiCo writing capability |
LoCo magnetic stripe material may be suitable for hotel keys, temporary credentials, selected loyalty systems, promotional programs, event cards, and other applications where the installed encoder and reader system is designed for low-coercivity media.
HiCo magnetic stripe material may be preferred for employee cards, access credentials, membership cards, transportation cards, identification cards, and other applications where increased resistance to unintended magnetic erasure and longer service life are required.
The final choice should always be based on the existing encoder, reader, rewriting requirements, card lifecycle, customer specification, and applicable standards rather than coercivity value alone.
A customized stripe color can coordinate with the overall card design and brand identity. Gold, silver, blue, red, green, brown, and other colors can create a more distinctive card appearance than a conventional black stripe.
Metallic or coordinated color effects can support premium membership cards, loyalty cards, VIP cards, gift cards, hotel cards, promotional cards, and branded access credentials.
Different colors can be used as a visual aid to distinguish card programs, membership levels, departments, campaigns, or product series.
A colored stripe may make a card more recognizable, but color alone should not be described as strong anti-counterfeit protection. Security-sensitive cards should combine appropriate credential technology with controlled artwork, authentication, backend security, chips, holographic features, UV printing, serialization, or other project-specific measures.
Professional buyers should specify colored magnetic stripe film using measurable production parameters. A color reference alone is not sufficient for mass-production approval.
| Specification | Why It Matters | What the Buyer Should Confirm |
|---|---|---|
| Coercivity | Determines required encoding field and resistance to accidental erasure | LoCo, HiCo or exact project grade |
| Stripe Color | Controls visual appearance and branding | Black, brown, gold, silver, blue, red, green or approved custom color |
| Stripe Width | Influences card layout and track configuration | Exact width according to reader and design requirements |
| Stripe Position | Must align with the finished card and magnetic reader | Distance from card edge and production tolerance |
| Track Configuration | Defines the magnetic data area used by the application | 1-track, 2-track, 3-track or project-specific format |
| Base Material | Influences lamination and card construction | PVC, PET, PETG, PC or compatible project structure |
| Film Thickness | Affects final card thickness and lamination stack | Exact overlay or film thickness and tolerance |
| Supply Format | Must match card-production equipment | Sheet, roll, slit film, overlay or transfer construction |
Magnetic stripe width must be selected according to the intended card design and track system. Wider stripes can accommodate conventional multi-track layouts, while narrower stripes may be used for project-specific card constructions.
The buyer should provide the required stripe width on the card-production drawing instead of relying on a visual photograph.
Consistent stripe position is critical because the magnetic track must align with the reader head in the finished card. The drawing should define the card dimensions, stripe width, stripe centerline or edge position, orientation, punching reference, and allowable tolerance.
Magnetic cards can use one, two, or three tracks depending on the application and installed reader system. The number of physical tracks required should be confirmed before stripe width and position are finalized.
Request Colored Magnetic Stripe Samples
Colored magnetic stripe materials can be incorporated into different card structures. The correct substrate depends on the finished card construction, lamination temperature, durability target, printing system, overlay requirements, and production equipment.
PVC is widely used for membership cards, hotel cards, loyalty cards, employee cards, access cards, promotional cards, and other conventional laminated plastic-card constructions.
PET or PETG-based structures may be evaluated when the card manufacturer uses compatible polyester card layers. Lamination bonding, shrinkage, temperature, overlay compatibility, and stripe durability should be validated as a complete stack.
Polycarbonate card projects can require higher processing temperatures and different layer constructions from standard PVC cards. The magnetic stripe material and bonding structure must therefore be specifically evaluated for the PC card-production process.
When colored magnetic stripe film is supplied as part of a card overlay or laminated construction, the material must survive the full card-manufacturing cycle without stripe displacement, bubbling, delamination, excessive deformation, discoloration, or loss of magnetic performance.
Lamination temperature must be matched to the base film, coating, printed core, stripe structure, and card stack. Excessive temperature can affect film dimensions, surface appearance, bonding, or magnetic construction.
Insufficient pressure may result in poor bonding, while unsuitable pressure conditions can affect surface appearance or layer uniformity. Production trials should use the actual lamination plates and card stack.
Controlled cooling helps stabilize sheet dimensions and flatness before punching. Magnetic performance should be verified again after the complete heating and cooling cycle.
A visually perfect colored magnetic stripe has little value if it cannot be encoded or read reliably. Sample approval should therefore include actual encoding and reading tests using the customer's equipment whenever possible.
The magnetic encoder must be configured for the correct LoCo or HiCo writing energy. Using the wrong encoding setting may lead to unsuccessful encoding or unreliable data.
If the application uses multiple magnetic tracks, each required track should be encoded and read using the intended data format and equipment.
Lamination, printing, punching, surface coatings, heat, pressure, and card handling can affect the final product. Magnetic validation should therefore be repeated after finished-card production.
Hotel cards remain an important magnetic-stripe application. Colored stripes can help hotels coordinate room cards with brand colors, property categories, VIP programs, or promotional designs.
Retailers, fitness centers, clubs, entertainment venues, restaurants, and other membership programs can combine magnetic encoding with customized stripe colors for a more distinctive card appearance.
Legacy access-control systems may continue to use magnetic credentials. The stripe grade, track configuration, encoded data, and reader system should be confirmed before production.
Gift-card and promotional programs can use metallic or branded stripe colors to coordinate with seasonal artwork, premium card designs, limited editions, or loyalty campaigns.
Magnetic cards can be used in selected event, amusement, gaming, hospitality, or entertainment systems where the installed software and reader infrastructure supports magnetic encoding.
Financial-card applications require additional caution. A colored magnetic stripe film should not automatically be considered suitable for a banking or payment program simply because it can be encoded. Material, stripe construction, card dimensions, track layout, security requirements, issuer requirements, payment-scheme specifications, and applicable standards must all be confirmed for the specific program.
Custom stripe colors can help integrate the magnetic area into the overall plastic-card design. However, exact visual matching can be affected by the magnetic layer, metallic pigments, coating thickness, substrate color, surface gloss, and viewing angle.
Metallic gold and silver stripes are often considered for premium membership, VIP, loyalty, hotel, and promotional cards where a luxury visual effect is required.
Colored options can be coordinated with corporate identities or card categories. Physical sample approval is recommended because screen-displayed colors cannot accurately reproduce every magnetic stripe surface.
For custom colors, buyers should provide an approved physical reference, Pantone reference, or existing card sample where possible. Final color tolerance and magnetic performance should both be included in the approval criteria.
The magnetic grade should meet the agreed project specification. Testing may include coercivity-related verification, encoding, signal output, readback, track functionality, or other magnetic measurements according to the customer's system.
Width and location should be measured against the approved production drawing. Position variation can create reader-alignment problems after card punching.
Customized colored stripes should be checked against the approved sample or color range. Metallic finishes should also be evaluated for brightness, surface consistency, scratches, and visual variation.
Inspection should check for scratches, contamination, missing magnetic material, coating defects, wrinkles, bubbles, uneven edges, stripe damage, or other visible defects.
For magnetic overlay products, the bonding layer should be tested with the actual printed core, lamination temperature, pressure, dwell time, cooling conditions, and final card structure.
The final card should be encoded and read after lamination and punching. For higher-volume projects, sample cards from different positions and production batches should be checked to confirm stable performance.
Possible causes include an incorrect HiCo/LoCo encoder setting, incompatible magnetic grade, damaged stripe surface, incorrect encoder calibration, or unsuitable card movement through the encoding head.
Check track position, read head condition, encoded data format, signal quality, card flatness, stripe damage, swipe speed, and whether the reader is compatible with the finished card.
Dimensional change can be affected by base-film shrinkage, excessive temperature, stack alignment, lamination pressure, sheet registration, and cooling conditions. Production drawings should include appropriate reference tolerances.
Wear performance depends on the complete stripe surface construction, protective layer, reader contact, card usage, abrasion conditions, storage, and cleaning. High-use projects should include finished-card abrasion testing.
Start with the end use: hotel key, membership card, loyalty card, gift card, employee credential, access card, transportation card, promotional card, financial program, or another application.
Check the installed encoder and card-reader system before selecting coercivity. If replacing an existing card material, provide the current stripe specification and a physical sample if available.
Provide a dimensioned drawing rather than only a photograph. Include finished-card dimensions, stripe width, location, direction, track requirement, cutting position, and tolerance.
Match PVC, PET, PETG, PC, or another card-compatible material to the existing card stack, overlay construction, total card thickness, and lamination process.
Evaluate the physical stripe under realistic lighting and on the actual finished card. For metallic colors, inspect both the color and reflective appearance.
Before bulk purchasing, produce finished test cards using the actual printer, core material, overlay, laminator, lamination cycle, punching equipment, encoder, and card reader.
Discuss Your Magnetic Stripe Card Project
Finished card application.
PVC, PET, PETG, PC, or required base material.
Required film or overlay thickness.
Sheet dimensions, roll dimensions, or other supply format.
HiCo, LoCo, or exact magnetic grade.
Required stripe color.
Stripe width.
Stripe position and orientation drawing.
1-track, 2-track, or 3-track requirement.
Encoder brand/model and reader information.
Card-core material and total finished-card thickness.
Lamination temperature, pressure, and cycle.
Surface, coating, bonding, or overlay requirements.
Required standards or project-specific compliance.
Sample quantity and expected bulk order volume.
Packaging, labeling, and shipping requirements.
Wallis supplies card materials for plastic card manufacturers, security printers, converters, distributors, personalization companies, and OEM card projects. Colored magnetic stripe projects can be developed according to the customer's card material, magnetic grade, stripe color, dimensions, lamination process, reader system, and production requirements.
HiCo and LoCo solutions can be discussed according to encoder compatibility, card lifecycle, rewriting requirements, reader environment, and required magnetic performance.
Black, brown, gold, silver, blue, red, green, and other customized appearances can be evaluated according to magnetic-grade feasibility, quantity, card design, and approved physical samples.
Stripe width, location, orientation, sheet layout, film dimensions, overlay thickness, and other structural parameters can be produced according to approved project drawings.
For new card projects, sample testing before mass production helps verify lamination, magnetic encoding, reader compatibility, color, stripe position, surface quality, punching, and overall card appearance.
Request Custom Magnetic Stripe Film Samples & Quote
Colored magnetic stripe film is a magnetic recording material used in plastic card manufacturing that provides both data-storage capability and a customized visible stripe color. It can be integrated into compatible PVC, PET, PETG, PC, or other card constructions.
Common options can include black, brown, gold, silver, blue, red, and green. Other customized colors may be evaluated according to magnetic grade, production feasibility, order quantity, and approved samples.
LoCo means low coercivity and generally requires a lower magnetic field for encoding. HiCo means high coercivity and requires stronger encoding while providing greater resistance to accidental magnetic erasure. The correct type must match the encoder and card system.
Approximately 300 Oe is commonly used as a commercial reference for LoCo magnetic stripe cards. Buyers should still confirm the exact stripe specification and encoder setting for their project.
2750 Oe is widely used as a commercial HiCo magnetic stripe specification. Other high-coercivity grades, including higher Oersted values, may also be used depending on the encoder, reader, card application, and project requirement.
A properly engineered colored surface should be designed so that the decorative appearance does not prevent the magnetic layer from meeting the required performance. However, each colored stripe construction should still be validated through encoding and readback testing before bulk production.
Yes. Stripe width, position, orientation, and sheet layout can be customized according to the finished-card dimensions and reader system. A dimensioned drawing should be approved before mass production.
Different substrate and overlay constructions can be evaluated for PVC, PET, PETG, polycarbonate, and other compatible card structures. The correct construction depends on lamination temperature, bonding, card thickness, durability, and customer production equipment.
Compatibility should not be assumed for every reader. It depends on coercivity, track configuration, stripe position, encoding format, signal quality, reader design, and the complete finished-card specification. Testing with the intended encoder and reader is recommended.
A custom color can improve visual recognition but should not be relied upon as a standalone security feature. Security-sensitive projects should use appropriate authentication, controlled personalization, secure data systems, chips, holograms, UV printing, serialization, or other dedicated security technologies.
Yes. Lamination heat, pressure, cooling, printing, punching, and surface finishing can affect the final card. Finished cards should be encoded and read using the intended equipment before mass-production approval.
Provide the card application, base material, film thickness, magnetic coercivity, stripe color, width, position, track requirement, sheet or roll size, encoder and reader information, lamination conditions, sample quantity, bulk quantity, and required packaging.
Colored magnetic stripe film gives plastic card manufacturers a way to combine conventional magnetic data functionality with more distinctive card design. Gold, silver, blue, red, green, and other customized stripe colors can help membership, hotel, loyalty, gift, access, promotional, and other card products achieve stronger visual differentiation.
For professional B2B production, however, magnetic performance must remain the primary acceptance criterion. Buyers should confirm HiCo or LoCo grade, encoder compatibility, track configuration, stripe width and position, base film, lamination process, color consistency, wear performance, and finished-card readback before mass production.
By approving both the visual specification and the magnetic performance through real production samples, card manufacturers can achieve a more reliable balance between branding, functionality, and scalable card manufacturing.
