欧盟ESPR实施加速：纺织、家具、轮胎、钢铝买家应怎样提前准备数字产品护照数据？
数字产品护照不是把证书做成二维码，而是让材料、耐用性、维修、再生含量和供应链信息能够围绕一个具体产品被持续读取。
欧盟《可持续产品生态设计法规》（ESPR）提供了统一框架。欧盟委员会的2025—2030工作计划把纺织服装、家具、轮胎、床垫、钢铁和铝列为首批重点，并推进维修性以及电子电气产品再生含量等横向要求。2026年7月，委员会再次说明实施正在分阶段推进。
现在还没有全部产品细则，为什么要准备？
数据往往分散在多家公司
材料组成在研发部门，化学资料在原料商，维修说明在售后团队，碳或再生含量数据可能在另一套系统。等最终要求发布后再收集，最容易遇到供应商已经更换、历史批次无法还原的问题。
产品版本会不断变化
同一型号可能更换面料、涂层、紧固件或包装。护照信息若不能跟随版本更新，就会出现二维码对应错误资料。
买家可先建立的基础字段
| 数据组 | 例子 | 采购动作 |
|---|---|---|
| 产品身份 | 型号、批次、生产地 | 统一命名与版本规则 |
| 材料组成 | 主要材料、重量、涂层 | 要求材料BOM |
| 再生含量 | 来源与比例 | 索取计算和证据 |
| 耐用与维修 | 寿命、备件、拆解 | 写入技术规格 |
| 合规证据 | 测试、声明、证书 | 记录主体与有效期 |
| 数据载体 | 二维码或其他标识 | 预留位置和维护责任 |
如何避免把DPP做成一次性项目？
先确定数据所有者
每个字段要有负责人：谁产生、谁审核、谁批准、谁更新。供应商上传资料后，买家也需要验证和版本控制。
再确定产品粒度
资料是对应系列、型号、批次还是单件产品？粒度太粗无法处理差异，太细则成本过高。应结合产品风险和未来细则设计。
最后测试变更流程
模拟一次材料替换，检查BOM、测试报告、网页信息和数据载体是否同步更新。真正困难的不是首次录入，而是持续保持一致。
RFQ中可以先问哪些问题？
- 是否能提供结构化材料BOM；
- 是否记录产品与批次版本；
- 再生含量如何计算和验证；
- 备件和维修资料能保留多久；
- 谁负责生成和更新产品数据；
- 能否按机器可读格式导出。
适用边界
工作计划列出优先顺序，不等于每类产品已经有相同且立即适用的具体要求。最终字段、时间和责任要看后续产品规则。本文用于数据准备，不替代具体合规判断。
FAQ
所有出口欧盟的产品现在都要有DPP吗？
不是。ESPR建立框架，具体产品要求将分阶段制定。买家应先识别优先产品并准备通用数据。
一个二维码就算数字产品护照吗？
不算。二维码只是入口，背后还要有准确、可维护、权限清晰的数据。
现在最值得收集什么？
先收集产品身份、版本、材料BOM、再生含量证据和维修备件信息，这些往往最耗时间。
ESPR带来的采购变化，是产品交付从“实物＋证书”走向“实物＋持续可用的数据记录”。
数字产品护照真正考验的不是二维码技术，而是供应商能否长期维护与每个产品版本一致的证据。
参考来源
A digital product passport is not about turning a certificate into a QR code. It is about ensuring that data on materials, durability, repair, recycled content, and the supply chain can remain accessible for a specific product.
The EU Ecodesign for Sustainable Products Regulation (ESPR) provides a common framework. The European Commission’s 2025–2030 working plan identifies textiles and apparel, furniture, tires, mattresses, steel, and aluminum as the first priority products, while also advancing horizontal requirements on repairability and recycled content in electrical and electronic products. In July 2026, the Commission again explained that implementation was progressing in stages.
Why prepare when not all product-specific rules have been issued?
Data is often spread across multiple companies
Material composition may sit with the R&D team, chemical information with raw-material suppliers, repair instructions with after-sales teams, and carbon or recycled-content data in a separate system. Waiting until final requirements are issued makes it more likely that suppliers will have changed or historical batches can no longer be reconstructed.
Product versions keep changing
The same model may use different fabrics, coatings, fasteners, or packaging over time. If passport information does not follow each version update, a QR code may point to the wrong data.
Basic fields buyers can establish now
| Data group | Examples | Procurement action |
|---|---|---|
| Product identity | Model, batch, production location | Standardize naming and version rules |
| Material composition | Main materials, weight, coatings | Require a material BOM |
| Recycled content | Source and percentage | Request calculations and evidence |
| Durability and repair | Service life, spare parts, disassembly | Include in technical specifications |
| Compliance evidence | Tests, declarations, certificates | Record the responsible party and validity period |
| Data carrier | QR code or other identifier | Reserve placement and assign maintenance responsibility |
How can DPP avoid becoming a one-off project?
Define data owners first
Each field needs an owner: who creates it, reviews it, approves it, and updates it. After suppliers upload information, buyers also need verification and version control.
Then define product granularity
Does the data apply to a product family, model, batch, or individual item? If it is too broad, differences cannot be managed; if it is too detailed, costs become excessive. The level should reflect product risk and the likely future product rules.
Finally, test the change process
Simulate one material substitution and check whether the BOM, test reports, web information, and data carrier are updated together. The real difficulty is not the first entry, but keeping everything consistent over time.
What can buyers ask in an RFQ now?
- Can the supplier provide a structured material BOM?
- Does it record product and batch versions?
- How is recycled content calculated and verified?
- How long will spare-parts and repair information be retained?
- Who is responsible for generating and updating product data?
- Can the data be exported in a machine-readable format?
Scope and limitations
The working plan sets priorities, but this does not mean that every product category already has identical, immediately applicable requirements. Final fields, timing, and responsibilities will depend on subsequent product rules. This article supports data preparation and does not replace product-specific compliance advice.
FAQ
Do all products exported to the EU already need a DPP?
No. ESPR establishes the framework, while requirements for specific products will be developed in stages. Buyers should first identify priority products and prepare common data.
Is a QR code alone a digital product passport?
No. A QR code is only an access point. The underlying data must be accurate, maintainable, and governed by clear access rights.
What is most valuable to collect now?
Start with product identity, version information, the material BOM, evidence for recycled content, and repair and spare-parts information. These are often the most time-consuming records to assemble.
The procurement shift created by ESPR is a move from delivering “physical products plus certificates” to delivering “physical products plus continuously usable data records.”
The real test of a digital product passport is not QR-code technology, but whether a supplier can maintain evidence that stays aligned with every product version over time.