--- source_url: "https://dpp.caruma.io/digital-product-passport-examples-how-real-brands-use-dpp-2026/" title: "Digital Product Passport Examples: Real Brands 2026" mirrored_at: 2026-08-22T03:03:13.533Z host: dpp.caruma.io cited_in_42a: true mirror_canonical: "https://index.42a.ai/dpp.caruma.io/digital-product-passport-examples-how-real-brands-use-dpp-2026/index" --- > **Original source:** https://dpp.caruma.io/digital-product-passport-examples-how-real-brands-use-dpp-2026/ 4 marca, 2026 [Mateusz Nowotka](https://dpp.caruma.io/author/boostnow/) Możliwość komentowania Digital Product Passport Examples: How Real Brands Use DPP (2026) została wyłączona > **DIRECT ANSWER** As of 2026, Digital Product Passport examples exist across textiles, electronics, batteries, and furniture. A textile DPP shows fiber composition, country of origin, carbon footprint, and recycling pathway — accessed by scanning a QR code on the garment label. A battery DPP (already mandatory in 2026) contains chemistry data, capacity, recycled content percentage, and end-of-life processing instructions. Moreover, brands implementing DPP today include major EU apparel, electronics, and furniture manufacturers preparing for 2027–2028 enforcement deadlines. _Updated March 2026_ ## Digital Product Passport Example – Textiles & Fashion A textile Digital Product Passport example starts with a QR code. It appears on the garment label, hangtag, or packaging. When a consumer scans it, they see a clean, structured product page. For example, a typical textile DPP consumer view shows: “62% organic cotton, 38% recycled polyester | Made in Portugal | Carbon footprint: 3.2 kg CO2e | Recyclable via GRS-certified facility.” Moreover, care instructions and repair guidance are displayed alongside sustainability credentials. However, the consumer view is only one layer. A regulator scanning the same QR code accesses the full data set. This includes Tier 1 supplier name and location, REACH hazardous substance compliance certificates, and a complete update history. Furthermore, the regulator can verify that all declared data matches the underlying supply chain documentation. As a result, the same QR code simultaneously serves a shopper making a purchase decision and an authority running a market surveillance check. The QR code placement matters in practice. On garments, it typically appears on the care label or a dedicated hangtag. On packaging, it sits alongside the barcode. In addition, some brands embed NFC chips in premium products for a tap-to-scan experience. Consequently, the DPP becomes a seamless part of the product experience — not a separate compliance document. Caruma implemented DPP for a textile brand using a 6-week pilot on one SKU. First, a data audit identified which required fields the brand already held. Moreover, it revealed that most data existed in disconnected systems — PLM software, supplier emails, sustainability reports. Therefore, the pilot focused on structuring and verifying existing data before generating the first compliant QR code. That single SKU pilot became the template for a full portfolio rollout. * * * ## Digital Product Passport Example – INTU Circularity × ANSWEAR.com (2026) One of the most advanced Digital Product Passport examples in European fashion comes from the collaboration between INTU Circularity and ANSWEAR.com — implemented across two collection drops, with the latest adding a layer of technical infrastructure that sets it apart. **This is not a pilot. These products are available for purchase today.** ### Two drops, two milestones The first collection — **Renewed** (2025) — launched across 13 European markets. Every upcycled garment received its own Digital Product Passport, accessible via QR code. It was one of the first DPP implementations for upcycled fashion at commercial scale in the EU. The second drop — **Polka Denim Drop** (2026) — went further. Available across 12 European markets, it introduced full GS1 GTIN integration into the DPP infrastructure. ### Why GTIN matters here GTIN is the global product identification standard used across retail, e-commerce, and supply chains worldwide. Most DPP implementations treat the passport as a parallel system — disconnected from existing product identification infrastructure. Polka Denim Drop connected both. Each garment’s Digital Product Passport is linked to its GTIN identifier — meaning product transparency sits inside the same data layer that retailers and platforms already use for inventory management, sales, and logistics. For brands planning DPP at scale, this is the difference between a compliance document and live product data infrastructure. ### Why upcycled products make this example particularly relevant With upcycled products, the origin story is the product story. Each item has a different material history. A traditional label cannot carry that complexity. A Digital Product Passport can — and in this case, does. Every garment in both collections received its own digital identity: material composition, production origin, and sustainability data in a structured, machine-readable format. Accessible to a consumer making a purchase decision and a regulator running a market surveillance check — simultaneously, via the same QR code. ### What brands can learn from this implementation The INTU × ANSWEAR case answers questions that every brand will eventually face: - How do you assign digital identities to products with non-standard supply chains — like upcycled goods? - Which product identifiers connect your DPP to existing retail infrastructure? - What does a compliant DPP look like when it operates across 12+ markets simultaneously, not in a single-market pilot? These are not theoretical questions. For brands targeting ESPR compliance in textiles ahead of the 2027 deadline, they are operational decisions that need to be made now. * * * ## Digital Product Passport Example – Electronics An electronics Digital Product Passport example looks different from a textile one. However, the access mechanism is the same — a QR code or NFC tag on the product or packaging. For example, a laptop DPP consumer view shows: repairability score 7/10, spare parts available for 7 years, carbon footprint 320 kg CO2e lifetime, and battery replacement instructions with video guide. Furthermore, material composition is listed by component — screen, chassis, battery, circuit board. The technical view adds another layer. Retailers and trade partners see compliance certificates, supplier data, and battery chemistry details. Moreover, recyclers access a full disassembly guide with material separation instructions for each component. As a result, the same DPP infrastructure supports the consumer buying decision, the retailer sourcing decision, and the recycler’s end-of-life processing — simultaneously. Electronics brands face a 2027 ESPR deadline. Consequently, those starting implementation in 2026 have a full year to pilot, validate, and scale before enforcement. In fact, several major European electronics brands are already running pilots with compliant DPP software. However, brands that wait until late 2026 risk scrambling — data audits and supplier integration take time that cannot be compressed. * * * ## Digital Product Passport Example – Batteries (Already Live) The battery Digital Product Passport is the most advanced real-world DPP example available today. In fact, it became mandatory in 2026 under EU Battery Regulation (EU) 2023/1542 — making batteries the first product category at full DPP enforcement scale. Moreover, every EV battery, industrial battery, and light means of transport battery sold in the EU must now carry a compliant DPP. Therefore, battery manufacturers have already solved the implementation challenges that textile and electronics brands are now facing. A battery DPP contains: chemistry type (e.g. lithium-ion NMC), capacity in kWh, state of health percentage, recycled content by material (cobalt, lithium, nickel), carbon footprint per kWh, and end-of-life processing instructions for certified recyclers. Furthermore, the data must be updated throughout the battery’s lifecycle — state of health data changes as the battery ages. As a result, battery DPP is proof that dynamic, updateable product passports work at scale. Consequently, it is the strongest real-world evidence that the same infrastructure can be applied to textiles, electronics, and furniture. * * * ## What a DPP Looks Like – Consumer vs Regulator vs Recycler View Stakeholder What They See Why It Matters Consumer Material composition, care instructions, carbon footprint, recycling pathway Purchase decision, brand trust, sustainability verification Retailer / Trade partner Supply chain data, compliance certificates, supplier info Sourcing decisions, preferred supplier qualification Regulator Full data set, update history, compliance status Market surveillance, enforcement, border checks Recycler Material separation instructions, hazardous substance data, disassembly guide End-of-life processing efficiency, material recovery In other words, one QR code serves four stakeholder groups with different data needs. Moreover, each stakeholder accesses only the data relevant to them. Furthermore, the regulator layer includes the full update history — making all compliance claims auditable over time. As a result, DPP is fundamentally different from a product webpage or a sustainability report. * * * ## Digital Product Passport Companies – Who Is Already Implementing? Three categories of companies are already implementing Digital Product Passports as of 2026. First, battery manufacturers — for whom DPP is legally mandatory. Second, premium apparel brands — who recognise that verified product data justifies higher prices and reduces greenwashing risk. Furthermore, electronics brands preparing for 2027 enforcement are running pilots now to avoid last-minute scrambling. Caruma, a Digital Product Passport implementation partner based in Europe, works across all three categories. In fact, over 20 brands in textiles, electronics, and furniture have already implemented DPP with Caruma. Moreover, the portfolio spans brands of different sizes — from mid-market fashion labels to major furniture manufacturers. Consequently, Caruma’s pilot-first approach has been validated across product categories, supply chain complexities, and data readiness levels. What separates DPP-ready companies from those still waiting? In most cases, it comes down to three factors. First, data availability — DPP-ready brands already track material composition and origin at SKU level. Second, supplier relationships — they have Tier 1 suppliers willing to provide verified data. Furthermore, IT infrastructure readiness matters: brands with modern PLM systems integrate DPP data faster. However, Caruma’s data audit process helps brands at all readiness levels identify exactly what they have and what they need — before committing to full implementation. * * * ## Related Questions **Are there any Digital Product Passport examples I can scan today?** Yes — battery DPPs are live and mandatory as of 2026. Moreover, several EU textile and electronics brands have published pilot DPPs ahead of the 2027 deadline. In fact, Caruma’s own demo passport is available at dpp.caruma.io for brands wanting to see a live example. **Which brands have already implemented Digital Product Passport?** Battery manufacturers across the EU are fully live under the 2026 Battery Regulation mandate. Furthermore, premium apparel brands and major electronics companies are running pilots ahead of 2027 enforcement. However, most early movers have not publicly announced their DPP implementations for competitive reasons. **What does a Digital Product Passport look like for a consumer?** A consumer sees a clean, structured product page accessed via QR code scan. For example, a textile DPP shows fiber composition, country of origin, carbon footprint, and recycling pathway in plain language. Moreover, care instructions and repair guides are often included alongside sustainability credentials. **How is a Digital Product Passport different from a product spec sheet?** A product spec sheet is a static document designed for internal or B2B use. A Digital Product Passport, on the other hand, is a dynamic, machine-readable, publicly accessible data record mandated by EU ESPR regulation. Furthermore, it is updateable throughout the product lifecycle and carries legal compliance status — a spec sheet does not. ## Sources 1. [European Commission – ESPR Regulation (EU) 2024/1781](https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32024R1781) 2. [CIRPASS – DPP Pilot Examples and Case Studies 2025](https://cirpassproject.eu/) 3. [EU Battery Regulation (EU) 2023/1542](https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32023R1542) 4. [GS1 – Digital Product Passport Implementation Guide](https://www.gs1.org/standards/gs1-digital-link) 5. [Caruma DPP Examples](https://dpp.caruma.io/) * * * _[Want to understand the full regulatory framework? Read: \[What Is a Digital Product Passport? Complete EU Guide 2026 →\]](https://dpp.caruma.io/what-is-a-digital-product-passport-complete-eu-guide-2026/)_ _[Selling textiles on the EU market? Read: \[Digital Product Passport for Textiles: EU Requirements & Deadlines 2026 →\]](https://dpp.caruma.io/digital-product-passport-for-textiles-eu-requirements-deadlines-2026/)_ _[Ready to turn DPP into a revenue tool? Read: \[7 Ways Digital Product Passport Secretly Boosts Your Business →\]](https://dpp.caruma.io/digital-product-passport-7-ways-it-secretly-boosts-your-business/)_ [New to the DPP acronym? Read: \[What Does DPP Stand For? Digital Product Passport Explained (2026) →\]](https://dpp.caruma.io/what-does-dpp-stand-for-digital-product-passport-explained-2026/)