What is Kering’s Wardrobe Edition?
Kering’s Material Innovation Lab, or MIL, has spent more than a decade evaluating alternative and lower-impact materials for fashion. Kering says the Milan-based lab was created in 2013 to help its fashion houses and suppliers identify more responsible options across fibres including cotton, silk, cashmere, viscose and polyester.
The new Wardrobe Edition takes a more practical approach than simply displaying swatches. Ten emerging designers were given access to new materials and asked to turn them into complete looks. According to Vogue, participants were paid and received mentoring while working directly with material innovators.
The aim is to expose the gap between a material that looks promising in a laboratory or archive and one that can actually be designed, manufactured and sold as clothing or accessories.
Which new materials are being tested?
The project includes a broad mix of next-generation materials rather than one single sustainability technology.
Examples reported by Vogue include Lunaform, a bio-based nanocellulose material; Spiber brewed protein; plant-based iridescent pigments from Sparxell; alternative leather materials; regenerative and recycled fibres; and a bio-based 3D-printing filament designed as an alternative to conventional plastics.
The point is not that every material will replace cotton, polyester or leather. The project is testing whether new inputs can meet the visual and technical expectations designers already have.
That distinction matters to the wider custom-apparel market. A material can have an impressive environmental story and still fail commercially if it cannot be cut consistently, withstand decoration, hold seams, accept colour reliably or survive normal wear.
Performance is becoming the real test for sustainable textiles
One of the strongest themes in the project is iteration.
Designers reported having to adapt construction methods, thickness, backing and bonding techniques as they learned how unfamiliar materials behaved. That is a useful reminder that material innovation is not simply a sourcing decision.
For clothing manufacturers and decorators, the practical questions are familiar:
- Can the fabric or material survive sewing and handling?
- Does it stretch or distort under production pressure?
- Can it tolerate heat?
- How does it respond to ink, transfer adhesive or embroidery?
- Is colour repeatable between batches?
- Can suppliers deliver enough material consistently?
- Does the finished product remain durable after use and care?
These questions matter just as much to a small custom-clothing brand as they do to luxury fashion.
Why scale remains difficult
Next-generation materials often appear first in concept collections or limited capsules because scaling is harder than making a successful prototype.
A material supplier may be able to produce enough for a handful of garments but not enough for thousands. Prices can also remain high until production volume increases. Brands, meanwhile, may hesitate to commit before the material has a long record of performance.
This creates a classic adoption problem: suppliers need larger orders to scale, while brands want proven scale before placing larger orders.
Kering’s Material Innovation Lab is designed partly to bridge that gap by testing materials with designers and giving innovators access to fashion-industry feedback.
For independent UK clothing brands, the same principle applies at a smaller scale. Sampling and short production runs can be valuable because they reveal real manufacturing problems before the brand commits to a larger quantity.
What does this mean for custom T-shirt and apparel printing?
Most of the materials in Wardrobe Edition are not standard blank T-shirts waiting to enter a DTG printer. But the development is still relevant to garment decorators because new textiles eventually change the surfaces printers are expected to decorate.
Cotton, polyester and familiar blends have established production recipes. New bio-based fibres, coated materials and alternative textiles can behave differently under heat, pressure, pretreatment and washing.
A print business therefore cannot assume that a decoration method that works on a conventional cotton tee will behave identically on a new material.
DTG
Direct-to-garment printing works particularly well on suitable cotton and cotton-rich garments. New fibre types may require different pretreatment, curing or testing before reliable production is possible.
DTF
DTF offers broader fabric flexibility, but heat sensitivity, surface coatings, stretch and adhesion still matter. A material being technically printable does not automatically mean the transfer will remain durable after wear and washing.
Embroidery
Embroidery avoids some ink and heat issues but introduces needle penetration, stitch density and stabilisation. Thin or unusual materials can distort if the embroidery specification is too heavy.
The useful rule is simple: new material = new testing requirement.
Why this matters to UK clothing brands
Small UK brands increasingly want more than a standard blank garment. They may ask for organic cotton, recycled fibres, unusual textures, performance textiles, lower-impact dyes or fully custom cut-and-sew products.
That creates opportunity, but it also makes sourcing more technical.
A brand evaluating a new material should ask for:
- composition and supplier documentation;
- minimum order quantity;
- repeat-order availability;
- colour consistency;
- care requirements;
- shrinkage and dimensional stability;
- decoration compatibility;
- sample or strike-off options;
- realistic lead time;
- evidence behind environmental claims.
A strong sustainability claim is not a substitute for a usable product.
Material innovation is moving closer to commercial fashion
Kering has already used next-generation materials in its wider portfolio. In January 2026, for example, the group highlighted Balenciaga’s use of bioengineered silk and 3D weaving in its Spring 26 collection.
The new Wardrobe Edition broadens the experiment by giving multiple emerging designers different materials and construction challenges rather than concentrating on one established fashion house.
That matters because emerging designers can sometimes test ideas more quickly than large organisations with fixed seasonal workflows and complex approval structures.
If those experiments prove successful, the next challenge is moving from one-off runway pieces to repeatable commercial production.
Could next-generation materials reach blank apparel?
Potentially, but the route will depend on price, availability and performance.
The blank-apparel market needs consistency. A printer selling the same hoodie or T-shirt throughout the year expects sizes, colours and fabric behaviour to remain predictable. If a material is difficult to source or changes substantially between batches, it becomes harder to support repeat customer orders.
This is why the most successful innovations may first appear as blends, trims, limited collections or premium products before becoming mainstream blank garments.
For custom printers, that means monitoring material development without assuming every new fibre needs to be adopted immediately.
Sustainability claims need to stay specific
The project also reinforces the importance of avoiding broad terms such as “eco-friendly fabric” without evidence.
Different innovations address different problems. One material may reduce reliance on virgin fossil inputs. Another may use recycled feedstock. Another may focus on regenerative agriculture, lower-impact pigments or compostability under specified conditions.
Those benefits are not interchangeable.
For UK brands, the safest marketing approach is to state the specific verified attribute and avoid turning one improvement into a claim about the entire product lifecycle.
What custom printers should watch next
The most useful signals from material innovation are likely to be practical rather than fashionable.
Heat tolerance
DTF, sublimation and other transfer processes rely on heat. New materials need clear temperature limits.
Surface chemistry
Coatings and finishes can affect ink or adhesive performance.
Wash durability
A new material and decoration combination needs testing under realistic care conditions.
Colour management
Unusual base colours and fibres can change how printed colour is perceived.
Availability
A material is difficult to offer commercially if the exact specification cannot be reordered.
Price
Premium innovation can work for a limited fashion drop while remaining unrealistic for staff uniforms or promotional clothing.
Search opportunity: buyers are looking beyond ‘sustainable fashion’
Broad sustainability keywords are crowded. More specific searches are increasingly useful for brands and manufacturers trying to understand what comes next, including next-generation fashion materials, bio-based textiles, alternative leather materials, sustainable textile innovation, new clothing materials 2026 and fashion material innovation.
The Wardrobe Edition creates a fresh news hook around those terms because it focuses on what happens when experimental materials move from samples into real garments.
For ElitePrints, that angle is more useful than simply repeating a general sustainability story: it connects material innovation directly to the practical production questions that custom-clothing businesses eventually face.
What ElitePrints customers should take from the development
Most customers ordering a personalised T-shirt or hoodie do not need an experimental material. Established cotton and blended garments remain popular because they offer predictable print quality, sizing, availability and care.
But clothing brands and organisations increasingly want more material choice. The lesson from Kering’s project is that new materials should be judged on performance + supply + decoration compatibility + evidence, not on a sustainability headline alone.
For a small brand, the safest path is often to sample first, decorate a small quantity, test the garment and then scale only after the complete product performs as expected.
That approach fits naturally with low-minimum digital garment printing, where a brand can test artwork and product-market fit without committing immediately to a large decorated inventory.
The bottom line
Kering’s Material Innovation Lab and S|STYLE have put 10 emerging designers to work with next-generation materials ahead of Milan Fashion Week, turning experimental swatches into finished looks and exposing the technical compromises that appear during real production.
The project includes bio-based nanocellulose, brewed-protein fibres, plant-derived pigments, recycled inputs and alternative leather materials. The important story is not that one of them has already replaced conventional textiles. It is that designers and material scientists are now testing what these innovations need to become commercially usable.
For UK custom-apparel businesses, the implication is practical: as new textiles move into mainstream clothing, printers will need to test them just as carefully as manufacturers do. A material only becomes useful when its environmental proposition, production performance and finished-product durability work together.
