ESPR Requirements for Apparel: What Indian Exporters Need to Know About DPP Fields

Digital Product Passport for Apparel: How Indian Exporters Can Prepare for EU ESPR

Indian apparel exporters serving European markets need to prepare for a new level of product transparency. Beyond traditional product specifications, buyers and regulators are moving towards more accessible information about materials, manufacturing, durability and environmental impact.

The European Union’s Ecodesign for Sustainable Products Regulation (ESPR) provides the framework for these changes. Digital Product Passports (DPPs) are expected to play an important role by connecting physical products with digital records containing relevant product information.

For Indian garment manufacturers, the practical challenge is not simply generating a QR code. It is collecting reliable data from fabric suppliers, dyeing units, garment factories, logistics partners and other parts of the supply chain—and connecting that information to the right product.

This guide explains the DPP data fields worth preparing for, how manufacturers can organize their information, and how digital systems can help them get ready.

What Is ESPR, and Why Should Indian Apparel Exporters Pay Attention?

ESPR is an EU regulation designed to improve the environmental sustainability and circularity of products placed on the European market. It establishes a framework for product-specific requirements, including Digital Product Passports where applicable.

Textiles and apparel are among the priority product groups identified by the European Commission. As of October 2026, the Commission’s indicative timeline points to adoption of the textile-specific delegated act in Q4 2027. The detailed requirements and implementation arrangements will need to be confirmed through the applicable legislation.

For Indian exporters, this is an important development because EU buyers may increasingly need reliable product information from their suppliers to support traceability, sustainability reporting and regulatory compliance.

Preparing early can help manufacturers respond to buyer requests without rebuilding their data collection processes at the last minute.

Important: Not every DPP field discussed in this article is already a confirmed mandatory requirement for all apparel products. The final obligations will depend on the applicable product-specific rules and other relevant EU legislation.

What Information Should an Apparel Manufacturer Prepare?

Although the final textile-specific requirements are still being developed, manufacturers can start organizing several categories of product information now.

1. Product Identity and Traceability

Every product needs to be identified clearly so that its digital record can be connected to the correct garment, product model or production batch.

Useful information to organize includes:

• Product name, model and SKU

• Manufacturer and manufacturing facility

• Product category and applicable product identifiers

• Production batch or lot number

• Links between the finished garment and its material suppliers

• Relevant product documentation and declarations

Example: A Tiruppur garment manufacturer exports 5,000 cotton T-shirts to a European buyer. The manufacturer should be able to identify the product model, the production batch, the fabric used and the supplier responsible for that fabric.

This creates a foundation for traceability rather than relying on spreadsheets and email records scattered across departments.

2. Material Composition and Recycled Content

Material information is especially important for clothing because a garment may contain several fibers, trims and accessories.

Manufacturers can begin collecting:

• Fiber composition by percentage

• Fabric and yarn specifications

• Recycled fiber content, where applicable

• Material supplier details

• Supporting declarations or certificates

• Composition of buttons, zippers, labels and other relevant components

Example: A polo shirt contains 60% cotton and 40% recycled polyester. The product record should distinguish the fiber composition from the recycled content claim and retain supporting evidence from the relevant suppliers.

These are different data points. A garment's total polyester content does not automatically establish how much of that polyester is recycled.

Similarly, a recyclability claim should not be inferred solely from the percentage of recycled material. The product's construction, fiber blends, trims and available recycling processes can all matter.

3. Environmental Impact and Carbon Footprint

Understanding a garment's environmental impact requires more than recording its final weight or the electricity consumed by the finished-garment factory.

Depending on the assessment method and applicable requirements, relevant information may cover:

• Electricity and fuel consumed during manufacturing

• Energy used in spinning, weaving, knitting, dyeing and finishing

• Water consumption and wastewater treatment

• Raw material production

• Transportation between suppliers and manufacturing facilities

• Packaging and distribution

• End-of-life scenarios used in an environmental assessment

Example: Two T-shirts may have the same fabric composition but different environmental footprints because their cotton sources, dyeing processes, energy supplies and transportation routes differ.

To make a meaningful comparison, manufacturers need a consistent calculation method, reliable source data and clearly defined system boundaries.

Carbon footprint figures should therefore be treated as calculated results supported by documented assumptions—not as estimates presented without an explanation of how they were produced.

4. Chemicals and Product Safety Information

Chemical management is another important area for apparel supply chains, particularly where dyeing, printing, washing and finishing are involved.

Manufacturers should review how they record:

• Chemical and dye information received from suppliers

• Relevant restricted-substance declarations and test reports

• Applicable REACH-related documentation

• Supplier compliance statements

• Wastewater treatment records, where relevant

• Supporting laboratory reports and other product safety evidence

The precise information that must be disclosed will depend on the applicable legislation and product requirements. Not every chemical used in production must automatically be published in a consumer-facing passport.

The goal is to maintain accurate, retrievable evidence and determine which information must be shared with buyers, authorities or other authorized parties.

5. Durability, Care and End-of-Life Information

Product sustainability is not limited to the materials used to make a garment. How long a garment lasts and what happens when it is no longer used also matter.

Manufacturers can organize information such as:

• Care and washing instructions

• Relevant durability test results

• Repair or maintenance guidance, where applicable

• Material separation information

• Reuse and recycling guidance

• Product documentation supporting durability claims

For example, a garment with mixed fibers, stitched labels and multiple trims may require different handling at end of life from a garment made using a simpler construction.

The appropriate data fields and any mandatory disclosures must be checked against the final applicable rules.

A Practical Apparel DPP Data Checklist

The following table is a preparation checklist, not a definitive list of legally mandated textile DPP fields.

Not every field will apply to every garment. Some information may be needed for internal traceability or buyer assurance without being required in the publicly accessible passport.

How Can Indian Apparel Manufacturers Organize This Data?

The main challenge is often not the absence of information. It is that information is stored in different places and maintained by different teams.

A fabric specification may sit in a supplier's spreadsheet, energy consumption in a utility report, production quantities in an ERP system, and test results in a quality team's document repository.

A practical preparation plan can address this in five steps.

Step 1: Map the Product and Its Supply Chain

Choose a representative product, such as a T-shirt, shirt or pair of trousers.

Identify the materials, suppliers, production processes and documents associated with it. Determine which data is already available, who owns it and where gaps exist.

Start with one product line rather than attempting to digitize the entire factory at once.

Step 2: Standardize Product Data

Create consistent definitions for fields such as fiber composition, recycled content, production batch, electricity consumption and supplier identity.

For example, define whether energy consumption is recorded per machine, production line, batch or finished garment. Agree on units and calculation methods before combining information from different sources.

This makes product information easier to compare, validate and reuse.

Step 3: Connect Existing Business and Factory Systems

Manufacturers may already have useful information in their ERP, inventory, purchasing, quality management and production systems.

Where appropriate, factory meters and industrial IoT systems can provide additional readings for electricity, fuel, water and machine operation.

Integrating these systems can reduce manual data entry and make it easier to connect production records with the relevant product or batch.

However, machine-level readings alone do not establish a complete product carbon footprint. Raw material data, allocation methods, logistics information and other relevant lifecycle inputs may also be required.

Step 4: Build a Digital Product Record

Once the information is organized, create a digital record linked to a unique product or batch identifier.

The record can bring together structured product attributes, supplier information, relevant documents and environmental assessment results. Access can then be designed according to the intended audience and applicable rules.

A QR code or other suitable data carrier can provide a convenient link to the record when required by the relevant legislation. A QR code by itself does not make a passport compliant.

Step 5: Validate the Data and Monitor Regulatory Updates

Before publishing product information, check that:

• Material percentages add up correctly.

• Recycled content claims have supporting evidence.

• Environmental calculations use documented methods and assumptions.

• Supplier documents refer to the relevant materials or product batches.

• Records can be updated when product specifications change.

• Access permissions protect confidential supplier and manufacturing information.

Manufacturers should also monitor the final textile-specific ESPR rules, technical standards and implementation dates before treating a preparation checklist as a compliance specification.

Common Mistakes to Avoid

Treating a QR code as the entire DPP. The code is only a way to access information. The underlying data, identifiers, accuracy, accessibility and other applicable requirements matter just as much.

Confusing recycled content with recyclability. One describes the materials already used in a product; the other concerns the product's potential to be recycled.

Reporting carbon emissions without a clear method. A figure is meaningful only when its scope, data sources, assumptions and calculation approach are understood.

Depending entirely on manual spreadsheets. Spreadsheets can be useful for initial preparation, but disconnected files become difficult to maintain across many products, suppliers and production batches.

Assuming every proposed field is already mandatory. The final textile-specific rules will determine the actual obligations. Preparation should not be confused with a legal compliance assessment.

How Digital Systems Can Help

A well-designed digital product data system can connect information that would otherwise remain fragmented across the supply chain.

For an apparel exporter, this could mean connecting:

• ERP records for product specifications, purchasing and inventory

• Supplier records for material composition and supporting declarations

• Production data for batches, quantities and manufacturing processes

• Factory monitoring systems for energy and water measurements

• Quality systems for test results and product documentation

• A DPP interface for presenting relevant information to authorized users

This approach can help manufacturers reduce duplicate data entry, improve traceability and respond more efficiently to information requests from buyers.

It also creates a foundation for extending product data management across additional product lines and suppliers as requirements evolve.

Preparing Today for Tomorrow's Apparel Trade

Digital Product Passports represent a shift towards more structured, accessible and traceable product information. For Indian apparel exporters, preparation begins with understanding their products and supply chains—not with purchasing a QR-code solution.

Start by identifying the information you already collect, standardizing the most important data fields, and connecting existing business and factory systems where practical. Keep supporting evidence with the relevant product records and review new EU requirements as they are finalized.

The manufacturers best positioned to adapt will be those that can explain what a product is made of, how its information was established, and where the supporting evidence can be found.

At WEAFS, we help businesses explore connected software, industrial data integration and digital product information solutions that bring operational data into a more organized, usable format. These capabilities can support DPP preparation, subject to the specific requirements of each product and market.

Planning a digital product data system for your apparel business? Start by mapping one product line and identifying the systems and suppliers that hold its data.

Official reference

European Commission — Textile apparel and the Digital Product Passport

For the latest implementation timeline and legal requirements, consult the European Commission's official ESPR and DPP publications.