Security and anti-theft tags play an essential role in protecting retail merchandise by discouraging theft and helping stores monitor product movement. These tags act as both a visible deterrent and a functional security measure, ensuring that items remain protected throughout the retail environment. However, selecting the right tag involves more than choosing a specific shape or size.
Buyers must evaluate several factors when choosing security tags, including the detection technology, garment type, attachment method, lock strength, and compatibility with checkout systems. Each of these elements affects how well the tag performs without damaging the product or disrupting store operations. A well-matched tag not only improves security but also supports smooth handling from production to point of sale.
This guide introduces 12 common types of security and anti-theft tags and explains how different technologies such as Acousto-Magnetic, Radio Frequency, Electromagnetic, and RFID systems work. It is designed to help garment factories, buying houses, exporters, and fashion brands make informed decisions when selecting tags that balance protection, efficiency, and product integrity.
12 Types of Security and Anti-Theft Tags
Security and anti-theft tags can be classified by physical format, attachment method, security function, or detection technology. These classifications often overlap. For example, an RFID tag may appear as a hard tag, adhesive label, hangtag, or sewn-in label. An ink tag is also a form of benefit denial tag.
The following list groups the main tag formats buyers commonly encounter in apparel production and retail loss prevention.
1. Hard Security Tags
Hard security tags are reusable plastic devices attached to garments or products with a pin, tack, clamp, or cable. Store staff remove them at checkout with a compatible detacher.
Hard tags create a visible deterrent and provide stronger physical resistance than most adhesive labels. Retailers commonly use them for clothing, denim, outerwear, footwear, bags, and higher-value merchandise.
A hard tag may contain:
- Acousto-Magnetic technology
- Radio Frequency technology
- RFID technology
- Dual EAS and RFID technology
- A local alarm
- Ink capsules
The tag shape does not determine the detection technology. Buyers must confirm both specifications before ordering.
2. Round Security Tags
Round security tags have a circular plastic body and normally use a separate pin or tack. Retailers use them on shirts, T-shirts, trousers, dresses, knitwear, uniforms, and standard fashion garments.
The round body creates a visible deterrent without covering a large area of the product. Factories should apply the pin through an approved seam, care label, buttonhole, or reinforced area whenever possible.
Buyers should confirm:
- Tag diameter
- Pin length
- Lock type
- EAS technology
- Detacher compatibility
- Approved attachment position
A pin placed through a loose knit, lace panel, or visible garment surface can leave a hole or pull yarns.
Pencil and Mini Pencil Tags
Pencil tags have a narrow and elongated body. Mini pencil tags use the same general format in a smaller size.
The compact design suits garments where a large hard tag may cover a logo, print, label, or design feature. Retailers often use pencil tags on dresses, sportswear, childrenswear, accessories, and standard apparel.
Pencil tags may use a separate pin or an integrated cable. Smaller tags reduce visual interference, but they still need enough lock strength for the product’s theft risk.
Factories should test the tag on the actual garment before bulk attachment.
Square Security Tags
Square security tags use a flat, compact body and normally attach with a pin. They protect shirts, trousers, jackets, knitwear, and other garments that can accept a standard hard tag.
The flat surface may support buyer-approved colors, markings, or branding when the tag design allows customization.
Square tags are not automatically compatible with every retail system. Buyers must specify whether the tag requires AM, RF, RFID, or another configuration.
Fish Security Tags
Fish security tags use a narrow, tapered, or curved body. Their shape provides a visible security device while keeping the attachment area compact.
Garment buyers often select fish tags for trousers, denim, jackets, knitwear, and other products that need a secure lock without a large round body.
The factory should test:
- Fabric thickness
- Number of garment layers
- Pin clearance
- Lock strength
- Detacher operation
- Attachment position
A short pin may not lock through thick fabric. An excessively long pin may create a handling or packing problem.
Super Tags
Super tags are high-security hard tags designed for products with greater theft risk. They usually use a stronger lock, clamp, or integrated attachment system than a basic hard tag.
Retailers use super tags for premium apparel, branded denim, outerwear, sportswear, leather goods, and other high-value merchandise. Some models combine EAS protection with RFID-based item identification.
Checkpoint Systems supplies hard tags in one-alarm, two-alarm, and three-alarm formats for high-theft merchandise. This shows that security level can include more than the basic detection gate response.
A super tag requires the correct removal equipment. Buyers should never assume that a standard magnetic detacher will open every high-security lock.
2. Soft Security Labels
Soft security labels are thin adhesive, insertable, or flexible labels attached to packaging, price tickets, hangtags, product labels, or merchandise surfaces. Most soft labels are deactivated at checkout rather than physically removed.
Soft labels work well when a hard tag would be too large, too heavy, or unsuitable for the product. Retailers use them on packaged accessories, cosmetics, books, housewares, food, health products, and smaller merchandise.
Common formats include:
- Adhesive labels
- Insertable labels
- Hangtag labels
- Sheet labels
- Roll labels
- Sewn-in labels
- RFID inlays
Soft labels create less visible deterrence than hard tags. However, they support high-volume application and source tagging.
Sensormatic supplies AM, RF, RFID, sewn-in, insertable, sheet, and roll label formats for merchandise protection.
3. RFID Security Tags
Radio Frequency Identification tags store a unique digital identity that compatible readers can capture through radio waves. In apparel, RFID may appear inside a hangtag, price ticket, adhesive label, care label, pocket tag, seam label, or reusable hard tag.
RFID differs from basic Electronic Article Surveillance because it can identify the specific item being read. Traditional EAS normally indicates that an active security element has entered a detection field, but it does not always identify the product.
RFID can support:
- Item-level inventory counts
- Product receiving
- Shipment verification
- Stock replenishment
- Order fulfilment
- Product location
- Loss event analysis
- Supply chain traceability
GS1 defines EPC UHF Gen2 as the standard air-interface protocol for many passive UHF RFID systems. The standard operates across the 860 MHz to 930 MHz range, depending on regional requirements.
GS1 also documents apparel programs where each garment receives an EPC RFID tag encoded with a Serialized Global Trade Item Number. This allows the business to identify individual garments rather than only the product style.
RFID does not provide effective exit protection by itself unless the retailer has suitable RFID readers, antennas, software rules, and point-of-sale integration.
4. Ink Security Tags
Ink security tags contain sealed capsules filled with visible ink. If someone forces the tag open, the capsules may break and stain the garment.
Ink tags use a benefit denial strategy. The tag reduces the value or usability of stolen clothing by creating a risk of permanent staining.
Some ink tags contain only ink capsules. Other models combine ink with AM or RF detection technology.
Retailers use ink tags on:
- Fashion garments
- Denim
- Jackets
- Dresses
- Premium apparel
- Branded clothing
Factories must handle ink tags carefully during application, inspection, packing, transport, and unpacking. Poor tag quality or incorrect removal can damage legitimate merchandise.
5. Alarm Security Tags
Alarm security tags contain an audible alarm that responds to tampering, cable cutting, unauthorized opening, or movement through a compatible exit system.
A multi-alarm tag may respond in several ways:
- The tag sounds when someone cuts the cable.
- The exit gate alarms when the active tag passes through.
- The tag continues sounding after unauthorized removal.
Alarm tags suit products with a higher value or theft risk, including premium clothing, handbags, footwear, electronics, and sports equipment.
The buyer should confirm the battery life, alarm function, EAS technology, detacher type, and reuse procedure before placing a bulk order.
6. Lanyard and Cable Security Tags
Lanyard and cable tags attach through an existing opening rather than piercing the main material. A flexible cable passes through a handle, eyelet, buttonhole, belt loop, buckle, zipper pull, or reinforced opening.
This attachment method suits products that may suffer permanent damage from a pin.
Common applications include:
- Handbags
- Shoes
- Belts
- Lingerie
- Leather products
- Fashion accessories
- Sports equipment
- Delicate garments
The cable length should support secure attachment without creating excess movement. Buyers should also check cable thickness, cutting resistance, surface finish, and lock strength.
A metal cable can scratch buckles or coated hardware if the product is packed incorrectly. Sample testing should include both retail display and export packing conditions.
7. Benefit Denial Tags
Benefit denial tags reduce the value, usefulness, or resale potential of a product after forced removal. Ink tags are the best-known example, but the category also includes locks and devices that damage packaging or prevent normal product use.
Benefit denial does not always depend on an electronic gate. The device works by warning the potential thief that defeating the tag may ruin the merchandise.
Retailers may combine benefit denial with EAS detection. For example, a tag may contain both ink capsules and an AM or RF element.
Factories should confirm the correct handling and removal process because accidental activation can create product loss.
8. Sewn-In Security Tags
Sewn-in security tags are integrated into a garment seam, care label, pocket, lining, or another buyer-approved construction point. They may contain RFID, EAS, or combined technology.
Sewn-in tags support source tagging because the factory can integrate the security element during garment production instead of attaching it later in the store.
Checkpoint Systems describes RFID pocket tags as fabric labels containing a chip and an antenna sealed inside a fabric structure. Factories can sew these tags into a lining, pocket, seam, or another discreet location.
Before bulk production, the factory should confirm:
- Tag dimensions
- Sewing allowance
- Folding method
- Stitch position
- Garment care requirements
- Reader compatibility
- Data encoding
- Approved placement
- Packing instructions
Factories should not add a sewn-in RFID tag without a complete buyer specification.
9. Spider Wraps
Spider wraps use several adjustable cables that surround a boxed product and connect to a central locking unit. The design protects high-value packaged merchandise without hiding the product packaging.
Retailers use spider wraps for electronics, tools, gaming products, toys, appliances, and other boxed goods.
Many spider wraps contain an alarm and an EAS component. The device may sound when someone cuts or loosens the cable.
Spider wraps are less relevant to garment production than hard tags, labels, and sewn-in RFID tags. However, fashion retailers may use them for boxed footwear, premium accessories, or packaged gift sets.
10. Bottle Security Tags
Bottle security tags lock around the neck, cap, or upper section of a bottle. Retailers use them for wine, spirits, premium drinks, oils, and other bottled merchandise.
The tag must match the bottle neck diameter and cap design. A loose tag may be removed, while a tight tag may damage the seal or label.
Bottle tags have limited relevance to garment factories, but they remain an established anti-theft tag category within retail merchandise protection.
11. Optical Security Tags
Optical security tags protect eyeglasses, sunglasses, and optical frames. They attach to the frame arm or another secure area without blocking product trials.
Optical tags must remain compact and should not scratch, bend, or place excessive pressure on the frame.
Retailers may use clip, clamp, cable, or magnetic-lock designs. Optical tags are product-specific devices rather than general garment security tags.
12. Security Keepers and Safer Boxes
Security keepers and safer boxes are reusable transparent enclosures that protect compact, high-value products while keeping packaging and product information visible.
Retailers use safer boxes for:
- Perfume
- Cosmetics
- Razor blades
- Memory cards
- Batteries
- Small electronics
- Ink cartridges
- Packaged accessories
The enclosure normally contains a permanent EAS element and opens with an authorized detacher or key.
Security keepers are not common garment attachments. However, retailers may use them for small fashion accessories, branded gift items, or packaged merchandise sold beside apparel.
How Are Security Tags Classified by Detection Technology?
Security tags are classified by the signal or identification technology used inside the tag. The main options are Acousto-Magnetic, Radio Frequency, Electromagnetic, and Radio Frequency Identification.
Physical format and detection technology are separate attributes. A round hard tag can use AM or RF, while an RFID element can appear inside a hard tag, hangtag, label, or garment seam.
Acousto-Magnetic Security Tags
Acousto-Magnetic security tags contain a resonant element that responds inside the field of a compatible AM detection system.
AM technology appears in:
- Hard tags
- Soft labels
- Lanyard tags
- Alarm tags
- Dual AM and RFID tags
AM systems require compatible tags, detection antennas, detachers, and deactivators. Buyers should specify the complete retail system rather than writing only “security tag” on a purchase request.
Sensormatic supplies AM detection systems, hard tags, labels, detachers, and deactivators as parts of an integrated EAS system.
Radio Frequency Security Tags
Radio Frequency security tags use an RF circuit that responds to a compatible detection antenna. RF technology is common in apparel, department stores, supermarkets, and general retail.
RF appears in both hard tags and adhesive labels. RF labels also support source tagging because factories can apply them during manufacturing or packing.
Checkpoint Systems identifies RF as one of the common forms of Electronic Article Surveillance used in retail loss prevention.
Product material and label placement affect performance. Metal, foil, liquids, and poor orientation may reduce detection reliability. Buyers should approve the tag position during testing.
Electromagnetic Security Tags
Electromagnetic tags use thin magnetic strips that respond to an EM detection field. EM labels have a narrow structure and can fit inside books, documents, packaging, and small products.
Libraries and media environments commonly use EM because some systems allow controlled activation and deactivation.
EM has less relevance to mainstream garment hard-tag programs than AM, RF, and RFID. Garment factories should use EM only when the buyer provides a clear specification and approved application method.
Radio Frequency Identification Tags
RFID tags communicate a unique identifier or stored data to a compatible reader. Passive RFID tags receive power from the reader signal and are common in apparel labeling.
GS1 states that Electronic Product Codes can identify physical objects, unit loads, locations, and other business entities. These identifiers can be encoded into RFID tags and shared through business information systems.
RFID can support inventory and loss prevention, but retailers need suitable hardware and software at the store entrance or exit. Checkpoint Systems offers RFID-as-EAS solutions that combine item identification with point-of-exit detection and analytics.
What Is the Difference Between AM, RF, EM, and RFID Security Tags?
AM, RF, and EM mainly detect the presence of an active security element. RFID can identify a specific tagged item and support wider inventory and supply chain processes.
The correct technology depends on the retailer’s installed system. A garment factory should never substitute one technology for another without written approval.
| Technology | Main Function | Common Formats | Common Applications | Checkout Process | Main Buyer Check |
| AM | Detects an active security element | Hard tags, labels, lanyard tags | Apparel, footwear, accessories, high-risk products | Remove hard tag or deactivate label | Confirm AM system and detacher |
| RF | Detects an RF security circuit | Hard tags and adhesive labels | Apparel, supermarkets, general merchandise | Remove hard tag or deactivate label | Confirm RF frequency and label placement |
| EM | Detects a magnetic strip | Thin strips and concealed labels | Books, documents, media, small products | Deactivate or reactivate based on system | Confirm EM system and application |
| RFID | Identifies a specific item | Hangtags, labels, seam tags, hard tags | Apparel inventory, logistics, fulfilment, loss prevention | Read, encode, update, remove, or deactivate | Confirm reader, data, software, and encoding |
RFID provides more item-level information than basic EAS. Checkpoint Systems explains that RFID tags can identify the specific product involved in a loss event, while a basic RF system mainly indicates that an active security tag has entered the detection zone.
What Is the Difference Between Hard Tags and Soft Security Labels?
Hard tags are reusable locking devices that store staff remove with a detacher. Soft labels are thin security elements that staff usually deactivate at checkout.
Hard tags provide stronger visual deterrence and physical resistance. Soft labels support discreet protection, high-volume application, and source tagging.
| Factor | Hard Security Tags | Soft Security Labels |
| Structure | Rigid plastic housing | Thin adhesive or flexible construction |
| Attachment | Pin, tack, clamp, cable, or lanyard | Adhesive, insert, hangtag, seam, or packaging |
| Checkout action | Physical removal | Electronic deactivation |
| Reuse | Usually reusable | Usually single use |
| Visual deterrence | Strong | Limited |
| Product suitability | Clothing, footwear, bags, high-risk merchandise | Packaging, small items, accessories, high-volume products |
| Fabric risk | Can create holes if placed incorrectly | No pin hole, but adhesive or placement may affect the product |
| Source tagging | Available | Common |
| Cost pattern | Higher purchase cost, possible repeated use | Lower unit cost, repeated supply requirement |
Sensormatic distinguishes detachers from deactivators because hard tags and soft labels require different point-of-sale processes.
Which Security Tag Is Best for Each Product Type?
The best security tag protects the item without damaging its material, appearance, packaging, or customer experience. Buyers should evaluate fabric construction, product value, retail system, attachment point, and removal process together.
The following recommendations are starting points. The retailer’s approved specification should remain the final authority.
Security Tags for Standard Clothing
Round tags, pencil tags, mini pencil tags, square tags, and compact hard tags suit most standard clothing.
Common product categories include:
- Shirts
- T-shirts
- Trousers
- Dresses
- Knitwear
- Uniforms
- Standard sportswear
Factories should apply the tag through an approved seam, care label, buttonhole, or reinforced area. The tag should not cover branding, wash-care information, prints, or decorative details.
Security Tags for Denim and Heavy Garments
Denim, jackets, and outerwear require a tag with enough pin clearance and lock strength for thicker fabric layers.
Suitable options include:
- Fish tags
- Super tags
- Wide-gap hard tags
- Strong round tags
- High-strength tack systems
The factory should test the full fabric stack, including waistbands, linings, folded seams, and pocket areas. A pin suitable for a single denim layer may not lock through a lined jacket.
Security Tags for Lingerie, Lace, and Delicate Fabrics
Lingerie, lace, mesh, chiffon, satin, and fine knitwear need a low-damage attachment method. A thick pin can cut threads, pull yarns, or leave a visible hole.
Suitable options include:
- Lanyard tags
- Cable tags
- Pinless clip tags
- Mini tags attached through a care label
- Soft labels applied to packaging or hangtags
- Buyer-approved sewn-in RFID labels
The pre-production sample should show the exact attachment position. Production teams should not choose a new placement during bulk packing.
Security Tags for Kidswear
Kidswear requires compact tags with secure locks and smooth edges. The application process must prevent loose pins, exposed points, missing components, and fabric damage.
Suitable choices include:
- Small round tags
- Mini pencil tags
- Soft security labels
- Buyer-approved RFID labels
Factories should place removable security tags away from fragile trims, appliqués, decorative stitching, and thin fabric panels.
Security Tags for Shoes and Fashion Accessories
Shoes, belts, jewellery, hats, and accessories often lack a safe area for a standard pin. Cable, lanyard, clip, and specialty tags are usually more suitable.
A cable may pass through:
- A shoe eyelet
- A belt buckle
- A jewellery display card
- A bag ring
- A hat opening
- A product loop
The attachment must allow customers to handle the product while preventing easy removal.
Security Tags for Bags and Leather Products
Bags and leather goods should normally use cable, lanyard, or pinless tags. A pin can leave a permanent hole in leather, coated fabric, laminated panels, or finished bag surfaces.
The tag can attach to a handle, zipper pull, buckle, strap ring, or reinforced opening.
Factories should also check whether the cable can scratch metal hardware, press against the product surface, or leave marks during carton packing.
Security Tags for High-Value Apparel
High-value apparel requires stronger physical protection and clear visual deterrence. Super tags, alarm tags, dual-technology tags, and strong lanyard tags are common options.
The retailer may combine:
- AM or RF detection
- RFID item identification
- A stronger lock
- A local alarm
- Source tagging
- Controlled tag reuse
The buyer should compare tag cost with product value, theft risk, reuse cycles, checkout speed, and operational handling.
How Do You Choose the Right Security Tag?
Choosing a security tag starts with the buyer’s installed technology and ends with an approved sample on the actual garment or product.
The purchasing decision should cover compatibility, material safety, attachment, lock strength, checkout equipment, source tagging, packing, and total operating cost.
Confirm the Required EAS or RFID Technology
Ask whether the retailer uses AM, RF, EM, RFID, or a combined system.
The factory should receive the technology specification in writing. Similar-looking tags may contain different internal components and may not work with the same detection gate.
Match the Tag to the Garment Fabric
Review the garment’s weight, weave, stretch, coating, lining, and surface finish.
The sample test should check for:
- Pin holes
- Yarn pulls
- Pressure marks
- Surface scratches
- Cracking
- Dye transfer
- Fabric distortion
- Damage after tag removal
Delicate materials may need a lanyard, cable, soft label, or sewn-in solution.
Review the Attachment Method
Select the attachment method based on product construction.
Common options include:
- Pin
- Tack
- Clamp
- Clip
- Cable
- Lanyard
- Adhesive label
- Hangtag integration
- Sewn-in label
The attachment should remain secure during finishing, inspection, packing, shipping, store handling, and customer trials.
Check Lock Strength and Tamper Resistance
Higher-risk products may need a stronger magnetic lock, mechanical clamp, alarm, or defeat-resistant housing.
The strongest tag is not always the correct tag. A heavier lock can increase tag cost, product pressure, checkout time, and detacher requirements.
Match the protection level to the product value and theft risk.
Confirm Detacher and Deactivator Compatibility
Hard tags normally require a detacher. Soft AM or RF labels normally require a deactivator.
Confirm:
- Detacher model
- Lock compatibility
- Manual or powered removal
- Label technology
- Point-of-sale equipment
- Removal speed
- Tag recirculation process
A compatible detection gate does not guarantee that the store’s detacher can open the tag.
Consider Checkout Speed
The security tag should protect merchandise without slowing the checkout process.
Two-piece tags require staff to handle both the body and the pin. Integrated systems can reduce removal and sorting steps. Soft labels avoid physical removal but require reliable deactivation.
Retailers should consider labour and customer flow, not only the tag purchase price.
Check Source-Tagging and Packing Requirements
Source tagging means applying the security tag or label during manufacturing, finishing, or packing.
Checkpoint Systems defines source tagging as the upstream application of security labels at the point of manufacture. The process reduces in-store tagging work and allows products to arrive ready for retail display.
The buyer should provide:
- Approved tag model
- Detection technology
- Attachment position
- Orientation
- RFID data or encoding
- Packing rules
- Carton separation instructions
- Inspection method
- Tag return or reuse process
Compare Reusable and Disposable Costs
Reusable hard tags have a higher initial cost but may deliver a lower cost per use across repeated cycles. Disposable labels have a lower unit cost but require continuous replenishment.
Buyers should calculate:
Total tag cost = purchase cost + application labour + removal labour + transport or recirculation cost + replacement loss
The lowest unit price does not always produce the lowest operating cost.
Approve a Sample Before Bulk Production
A production sample confirms whether the tag works with the garment, retail system, checkout equipment, packing method, and buyer presentation standard.
The approval should test:
- Detection
- Deactivation or removal
- Lock strength
- Fabric condition
- Placement
- Packing fit
- RFID data where required
- Color and surface finish
- Repeated handling
The factory should keep the approved sample and specification as references for bulk inspection and repeat orders.
Where Can Garment Factories Source Security Alarm Tags in Bangladesh?
Garment factories should source security alarm tags from a B2B supplier that can follow the buyer’s technology, attachment, quality, quantity, and delivery requirements.
A product name such as “round tag” or “super tag” is not a complete specification. The tag must also match the retailer’s detection system, detacher, garment construction, and source-tagging process.
Security Alarm Tag Options Available From Axisory
Axisory supplies security alarm tags in bulk to garment factories, buying houses, apparel exporters, and fashion brands in Bangladesh.
The available tag formats include:
- Round tags
- Fish tags
- Square tags
- Lanyard tags
- Super tags
Round Tags
Round tags suit standard garments that require a familiar hard-tag format. Buyers should specify the size, technology, pin, lock, color, and detacher requirements.
Fish Tags
Fish tags provide a narrow format for garments that need a compact tag body and secure attachment. Factories should confirm fabric thickness and pin clearance before production.
Square Tags
Square tags provide a flat hard-tag option for shirts, trousers, jackets, and other buyer-approved garments. Color or surface customization depends on the selected model and bulk quantity.
Lanyard Tags
Lanyard tags attach through an existing opening instead of piercing the main material. They suit bags, footwear, lingerie, leather goods, accessories, and delicate garments.
Super Tags
Super tags provide stronger locking protection for higher-value merchandise. Buyers must confirm the lock and detacher because high-security tag systems are not universally interchangeable.
Why Source Security Tags From Axisory?
Axisory supplies production-ready garment accessories for B2B buyers in Bangladesh. The company works with garment factories, buying houses, exporters, and fashion brands rather than individual retail consumers.
Axisory supports bulk security tag orders through:
- Five garment-focused security tag formats
- Buyer specification review
- Sample approval before bulk production
- Consistent specifications for repeat orders
- One dedicated contact person
- Written order confirmation
- 100% pre-shipment quality inspection
- Quote response within 24 hours
Axisory also supplies garment lace and handcrafted accessories, allowing factories to consolidate related accessory sourcing through one local supplier.
Send the garment type, tag format, EAS or RFID technology, attachment method, lock requirement, quantity, color, delivery location, and buyer specification when requesting a quote.
Frequently Asked Questions
What Is the Most Common Type of Clothing Security Tag?
Hard security tags are among the most common options for clothing. Round, pencil, square, fish, and super tags protect different garment categories. The correct model depends on the fabric, retail detection system, lock strength, attachment position, and detacher.
Are RFID Tags and Security Tags the Same?
No. RFID tags identify specific items and can support inventory, receiving, fulfilment, and loss analysis. Basic EAS tags mainly detect that an active security element has entered the exit zone. Some tags combine RFID with AM or RF protection.
Can Security Tags Damage Clothing?
Yes. An incorrect pin, attachment point, or tag size can leave holes, pull yarns, or create pressure marks. Factories should use approved seams, care labels, buttonholes, or reinforced areas. Delicate garments may need cable, lanyard, soft-label, or sewn-in solutions.
Which Security Tag Is Suitable for Delicate Fabric?
Lanyard tags, cable tags, pinless clips, mini tags attached through care labels, and buyer-approved sewn-in labels are suitable options. The final choice depends on the fabric structure and retailer’s detection system.
Do All Security Tags Work With the Same Detection Gate?
No. AM, RF, EM, and RFID tags require compatible retail systems. A tag designed for an AM system will not automatically work with an RF or RFID exit system.
Can Garment Factories Attach Security Tags Before Export?
Yes. Factories can apply approved tags during manufacturing, finishing, or packing through a source-tagging program. The buyer should provide the tag model, technology, placement, encoding, packing, and inspection instructions.
Can Security Tags Be Customized With a Brand Color or Logo?
Some hard tags support custom colors, logos, embossing, or printed markings. Availability depends on the tag design, tooling, manufacturing method, and Minimum Order Quantity. Buyers should approve a physical sample before bulk production.
What Details Are Needed to Request a Bulk Security Tag Quote?
Provide the tag shape, AM or RF technology, RFID requirement, dimensions, lock type, pin or cable specification, color, garment category, attachment position, quantity, delivery location, and required date. Include the buyer’s technical sheet or reference sample when available.
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"@type": "Answer",
"text": "Provide the tag shape, AM or RF technology, RFID requirement, dimensions, lock type, pin or cable specification, color, garment category, attachment position, quantity, delivery location, and required delivery date. Include the buyer's technical sheet or reference sample when available."
}
}
]
}
</script>Conclusion
The right security tag depends on three decisions. First, confirm the retailer’s AM, RF, EM, or RFID system. Second, select an attachment that protects the product without damaging its material. Third, approve the tag on the actual garment before bulk production.
Hard tags work well for standard clothing, denim, outerwear, and higher-value apparel. Lanyard and cable tags suit bags, footwear, leather goods, lingerie, and delicate products. Soft labels and sewn-in RFID tags support discreet protection and source tagging.
Axisory supplies round, fish, square, lanyard, and super security alarm tags in bulk for garment factories, buying houses, apparel exporters, and fashion brands in Bangladesh. Send your technical requirements to receive a product recommendation and quotation.