Introduction to the Toolkit: translating theory into practice

Purpose

This toolkit was created with the aim of translating the theoretical concepts of design for recyclability into practical tools and methods that can be applied in the creative and production process. The toolkit supports designers in making decisions about material selection, construction techniques and labelling systems.

Learning outcomes

Upon completion of this toolkit, students will be able to:

1. Identify materials and components suitable for fibre-to-fibre recycling.

2. Apply the principles of single-material and design for disassembly to their work.

3. Assess the recyclability potential of garments.

4. Prototype a design (or redesign an existing garment) in line with the principles of recyclability.

According to Mindful Fashion New Zealand (2025), when designing a garment, designers should consider:

1. What recycling options are available in your city, region, country?

2. What characteristics must your product have or not have in order to enter these recycling streams?

3. How will you communicate the recycling routes for which you have designed your garment to the user?

4. What decisions can you make now to enable the wearer to participate in the recycling solution?

2. Step-by-step methodology: applying design for recyclability

Step 1: Map the life cycle

Start by visualising the garment’s life cycle: material sourcing → production → use → end of life.

Identify where recycling can realistically take place in your context (mechanical, chemical or hybrid systems).

Step 2: Select appropriate materials

Choose single-material or low-blend fibres compatible with recycling streams:

• 100% cotton, 100% polyester, 100% wool, 100% nylon.

• Avoid blends such as fabrics containing cotton-polyester or elastane.

Evaluate materials using recyclability criteria:

1. Is this fibre recyclable in existing systems?

2. Will dyes or finishes affect recyclability?

3. Is the supplier transparent about the origin of the fibres?

Step 3: Simplify construction

Minimise elements made from different materials:

• Replace metal zips with plastic ones (same polymer as the main fabric).

• Use stitching made from the same family of fibres as the main material.

• Avoid glued or fused interlinings.

Checklist for designing for disassembly:

1. Are the finishes detachable?

2. Are the components compatible for recycling?

3. Can the garment be easily separated into single-material parts?

Objective: to enable easy disassembly and recycling by minimising mixed material components.

Tip: Use sewing threads, buttons or trims made from the same polymer family (e.g. polyester thread for polyester fabric).

Step 4: Optimise colour and finish

• If possible, use colour selection or undyed materials.

• Prefer water-based dyes or natural colour palettes that do not interfere with fibre recovery.

• Avoid laminated prints or metallic coatings.

Objective: choose finishes that preserve the purity and recyclability of the fibres.

Tip: Where possible, avoid deeply dyed synthetic fabrics, as they require extra bleaching and degrade more during recycling.

Step 5: Label and communicate transparently

• Include detailed labels on fibre composition (avoid generic ‘fabric blends’).

• Use QR codes or NFC tags to store information digitally (in anticipation of the EU digital product passport).

• Communicate recyclability potential to consumers (“This garment is 100% recyclable in mechanical systems”).

Objective: to provide clear, standardised information to ensure that the product can be correctly sorted and recycled.

Tip: Design your own personalised ‘Recyclable Clothing Passport’ that combines labelling and storytelling.

Step 6: Design for collection and return

Imagine how the garment will be collected after use:

• Can it be part of a brand collection programme?

• Is it durable enough to survive sorting and recycling processes?

Goal: close the loop by planning post-use recovery systems.

Tip: Encourage repair and return behaviours through incentives or storytelling.

3. Assessment tools and checklists

Recyclability preparation checklist

Scoring system:

5–6 ‘Yes’ = Highly recyclable

3–4 “Yes” = Moderately recyclable

1–2 “Yes” = Low recyclability, redesign required

Visual assessment tool

Instructions: Use this tool with sketches or garment samples.

4. Practical activity: “Recyclable Redesign Challenge”

Objective

Apply design principles for recyclability by evaluating and redesigning an existing garment.

Time: 2–3 hours, suitable for individual or small group work.

Materials: An existing garment (preferably a fast fashion or mixed fibre garment).

Scissors, pins, sketchbook, fibre identification labels, camera.

Step-by-step activity

Part 1 — Analyse

1. Select a garment.

2. Identify each material (fabric, thread, finish).

3. Use the Recyclability Readiness Checklist to assess design barriers.

4. Assign a recyclability score (1–5).

Part 2 — Redesign

1. Reinvent the garment using single-material or recyclable substitutes.

2. Simplify construction and replace incompatible fittings.

3. Redesign the garment in sketch form or annotate the original photo.

4. Propose labelling and end-of-life plan (e.g., collection, repair, trimming).

Optional extension:

If materials are available, students can make a prototype of a redesigned section (e.g., a single-material sleeve or a recyclable fastener).

Food for thought

• What were the biggest design obstacles to recyclability?

• How did your redesign improve recyclability?

• How could industrial infrastructure support your design?