QR Codes on
Any Surface
Exact size charts, placement rules, and print specs for QR codes on business cards, flyers, billboards, menus, and more. Each guide is backed by the 1:10 scan-distance rule, real-world test protocols, and a free QR generator pre-configured for the material.
Browse Material Guides
Each guide ships with material-specific size charts, placement rules, print specs, and a free QR generator.
LiveQR Codes on Mugs (2026)
How to spec QR codes on coffee mugs, travel tumblers, and glassware. Covers sublimation vs pad printing vs ceramic decal vs vinyl, the 10° curved-surface arc rule, FDA 21 CFR food-safe ink compliance, dishwasher cycle durability, mug-substrate trade-offs (ceramic, stainless, glass, plastic), and the promotional product use cases that justify the unit economics.
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LiveQR Codes on Billboards (2026)
How to spec QR codes for highway, urban, transit, and digital LED billboards. Covers the 10× scan-distance rule, why most billboard QRs are unscannable, driver-safety law, lighting and weather, the 6-foot QR for 75-foot viewing distance, and the dynamic-redirect approach for placement-level scan attribution.
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LiveQR Codes on Vehicles (2026)
How to specify QR code stickers and wraps for cars, trucks, and fleets. Covers cast vs calendered vinyl, magnetic signs, vehicle-wrap integration, rear-window placement, car-wash durability, rideshare driver tipping QRs (Venmo/Cash App/Lyft), food-delivery driver markers, fleet asset tracking, and the drive-by scan-distance math.
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LiveQR Codes on Stickers (2026)
How to specify QR code stickers that actually scan in the field. Covers materials (paper / vinyl / BOPP / polyester), adhesive systems, lamination physics, scan-distance math, outdoor durability (UV, freeze-thaw, salt spray), surface-compatibility (curved, textured, low-energy plastics), static vs dynamic, and the 60-second scan-stress test before bulk ordering.
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LiveQR Codes on Restaurant Menus
Restaurant menus are unique scan surfaces — grease, lamination, wash cycles, and table-distance scanning all work against you. Get placement, size, encoding, and durability right.
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LiveQR Codes on Product Packaging — Food, Bottles & Shipping Boxes (FDA + GS1 Guide, 2026)
Put a QR code on product packaging the right way: food-safe FDA 21 CFR inks, 30% size boost for curved bottles, GS1 Digital Link format for retail scanning, and EU Digital Product Passport readiness (mandatory from Feb 2027). Complete 2026 setup guide for brands shipping physical products.
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LiveQR Codes on T-Shirts
The print method (DTG, screen, heat transfer, sublimation, embroidery) determines the QR size, the fabric limitations, and how many washes it survives. Complete 2026 guide: method-by-method specs, stretch and motion physics, chest vs. back vs. sleeve placement, and the wash-durability test protocol that prevents returns.
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LiveQR Codes on Posters
On a wall-mounted poster viewed from 6–10 ft, your QR needs to be at least 7 inches with H error correction. The complete 2026 guide: size by venue (bus stop, community board, concert, storefront), outdoor durability with UV and lamination specifics, and the 10-foot test that prevents reprints.
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LiveQR Codes on How to Put a QR Code on a Flyer — Free Design, Placement & CTA Tips That Get Scans (2026)
Step-by-step: how to put a QR code on a flyer that actually gets scanned. Size rules, placement, CTA phrasing ("Scan to RSVP" vs "Learn More" vs "Get 20% Off"), color contrast, and print-ready templates — with a 15-second scan test you should run before every print run.
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LiveQR Codes on Business Cards
The choice of what you encode (dynamic vCard, static vCard, profile URL, or bio link) matters more than size — and it determines the size. Complete 2026 guide with decision tree, sizing math, matte vs glossy, back vs front placement, and the 30-second test that prevents reprints.
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Why Follow Our Material Guides
Most QR placement advice is generic. Ours is material-specific, data-backed, and tested.
Size Charts for Every Material
Exact QR code sizes by scan distance and content type — from 0.5 in on a business card to 36 in on a trade-show banner. Built on the 1:10 scanning-distance rule.
Print Specs That Scan
CMYK vs RGB, bleed rules, 300 DPI minimums, 4-module quiet zones, finish-specific adjustments. The specs your printer should know but rarely asks about.
50-Scan Pilot Protocol
Test 5–10 proof prints, run 50–200 scans across devices and lighting, target 95% first-attempt success. The only QR library that ships a rigorous test protocol.
Free Generator Built In
Every guide includes a live QR code generator pre-configured for the material — correct error correction, recommended size, and download-ready vector output.
Frequently Asked Questions
The fundamentals that apply across every material in the library.
What is the 1:10 scanning-distance rule?
The 1:10 rule states that a QR code's size should be at least 1/10 of the expected scanning distance. A business card held at 6 inches needs a QR at least 0.6 inches tall. A billboard scanned from 30 feet needs a QR at least 36 inches tall. The rule comes from decades of barcode-industry practice and holds across every QR placement — print, large format, packaging, and events.
Why does QR code size depend on the material?
Different materials imply different scan distances, viewing conditions, and finish types. A tabletop menu is scanned from 12 inches; a billboard from 30 feet. Glossy finishes reflect light and slow recognition; matte scans faster. Each material guide accounts for these variables with material-specific size and finish recommendations.
Do I need a different QR code for each material?
No — if you use dynamic QR codes, a single code can be printed on multiple materials. The key is designing the code once at the largest required size (for the smallest material in your set) and using that version everywhere. Static QR codes encode their data directly, so you may need to regenerate for different character limits.
What error correction level should I use for printed QR codes?
For most printed materials: Q (25%). It survives pocket wear, minor folds, and small print defects. Use H (30%) if you are embedding a logo in the center of the QR. Use L (7%) or M (15%) only for short-life materials (event tickets, one-time receipts) where minor damage is unlikely.
Do QR codes work on glossy surfaces?
They work, but scan up to 30% slower due to glare. Matte, uncoated, or spot-matte finishes scan best. If your brand requires a glossy look, apply spot matte on just the QR area, print on a matte sticker, or increase QR size by 10–25% to compensate for reflection loss.
How do I test a printed QR code before a full print run?
Run a 50-scan pilot: print 5–10 proof copies at the exact final size, stock, and finish. Scan with both iPhone and Android, from 6, 12, and 18 inches, in bright indoor, outdoor, and low-light conditions. Target 95% first-attempt success with median time-to-read under 3 seconds. If any test fails, increase QR size 10% or bump error correction one level.
Are these guides free to use?
Yes. Every guide is free to read with no signup, and every guide links to the free QRLynx QR code generator with the recommended settings pre-configured. No watermark on downloads, no paywall on guides.
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