VIN + OMI have developed unique eco textiles and processes since 2004. We work holistically and we ensure each process is circular with thought and care put into each stage of the development. 

Our textile production is based on science, social and environmental awareness and problem solving.

rPET Textiles 


The Process 


Our starting point for our rPET fabrics is always the source of the collected plastic.  We locate existing clean up projects, or initiate our own projects to clean up rivers or areas of ocean or beaches The collected plastic is processed into a variety of rPET textiles we currently  produce three rPET fabrics, rPET bonded chiffon, rPET bonded silk and  rPET bonded knit We produce textiles in Asia, USA and Europe with an aim to producing as close to the initial collection of materials.  


Why produce more plastic ?


For now, plastic is here to stay and lies around the planet in abundance. It will be many years before the problem of waste plastic and how we deal with it is addressed. Until then it makes sense to identify where plastic isn’t being recycled properly and we use that plastic to produce new textiles that can be produced to higher standards and sold with buy back options and detailed responsible care instructions.  As better uses for recycled plastic emerge, our practices will change. 


Why rPET


  • Producing rPET uses over 50% less energy than PET fabrics 
  • Around a third less CO2 is produced in comparison to PET production 
  • One of our rPET T shirts uses 11 plastic bottles 
  • Using rPET reduces our dependance on petroleum and other natural resources as a raw material for PET 
  • We can weave a high quality textile that lasts longer
  • Existing PET garments in circulation can be turned into rPET diverting them from landfill 


What about microfibers ?


Microfibres pollute the planet’s waterways. That’s a fact, a groundbreaking 2011 study found that microfibers made up 85% of human-made debris on shorelines around the world. Continuing studies are identifying the devastating effect that microfibres are having on marine life and the resulting impact this has on our own food chain. Approx 1 - 1.5 grams of microfibres are released into the water system when washing a new micro fibre releasing garment. 


We have three approaches to greatly reducing the impact of microfibres from our rPET garments;


- We encourage the use of our microfibre  catcher when washing our rPET garments. The collected microfibres can then be disposed of away from the water system.

- We produce rPET fabrics that are bonded with a tighter weave and release less microfibres when washed. Garments that are produced with looser weaves, produce more microfibres.

- We will have a buy back scheme from future customers that encourage them to sell their garments back to us for recycling.


Innovations like the development of the water free washing machine, micro fibre collecting nano balls and micro fibre sealed fabric could ensure that the release of microfibres  from rPET are kept away from the water system and  to a minimum.

No Kill Fleece Textile and Garments

 

The Process


We obtain our fleece from llama, alpaca and rare breed sheep from the UK that are kept as pet animals on organic smallholdings. The animals live a natural full life and are shorn once or twice a year. 

The organic, non chemically treated,  fleece arrives and is placed in open cages and left overnight in river water. The fleece is then dyed with natural dyes and converted into garments and fabrics using traditional methods.

Wouldn’t it be great if everyone had their own pet animals in their garden and ‘grew’ their own clothes. We like this idea. 

Sustainable Eco Latex 


The Process


In 2009 VIN + OMI invested in a latex plantation in Malaysia to ensure;

 

  • The caretaker village was cared for and financially compensated for its work 
  • The plantation was replanted with rubber trees and care was taken to ensure organic approaches were used 
  • The latex produced is chemical free 

The liquid latex is then used in a variety of textiles including hybrid latex,  breathable latex and our Amalgam fabric. We are currently working with an exciting natural development as an alternative to latex. 

Organic Plant Fabrics and Leather 


We are focussing on organic plants and naturally occurring components to make a range of plant based leathers and fabrics. We are working and experimenting with a wide range of raw materials including: Chestnuts, Fungi and Algae, Nettles, Brassicas and byproducts of the food industry. 

The raw material is readily available in the UK, has minimal impact on the environment, is sustainable, organically produced and has a low carbon footprint from source to production of finished textile and garment / accessories. 


Chestnut Leather


The Process

One of the first plant based fabrics we have developed is chestnut leather; produced from the discarded shells of the horse chestnut. Also outer chestnut shells were added which are a byproduct of the chestnut industry. 

The raw material is sources locally to our UK studios. This experimental leather will be produced in larger quantities in 2018/9

We featured our chestnut leather on the catwalk show We Are Not Sheep collection AW18 

Nettle and new plant hybrids 

We grow types of nettle and similar bast fibre plants near our studios in the English countryside. Being in a rural location gives us space to experiment with harvest yields and a variety of hybrid weaves. 

One of our first ‘home grown’ fabrics is 4Ganic which was showcased at The State of Fashion in Arnehm Holland in June 2018. 

4Ganic contains Common Nettle, Cow Parsley, Yellow Archangel and White Dead Nettle which are harvested, usually in early summer. The raw material is then put thorough the process of  retting, breaking scutching  and hackling and prepared into yarns. The four types of plant yarns are then combined and hand woven into our 4Ganic textile. The weaving is currently undertaken as part of local back to work training scheme and will be scaled up in 2018/9

Our R & T team are currently working with fibres from the Vicia Faba ( broad bean )  plant which is in its second season of cropping. This locally grown plant is often discarded after the beans have been harvested. We are working with the discarded plant to weave the fibres into new pure and hybrid textile. 

Other Hybrid Textiles 

We continue to experiment and develop new hybrid eco-textiles. The ones we think have longevity and scalability will be developed over the next few years. 

Our first hybrid eco- fabric was the Amalgam fabric which fuses our eco-latex to our rPET velvet  creating a new textured shell like fabric, velvet soft on the inside, hard on the outside. 

This fabric was developed in 2010 and has been used in many non fashion and fashion applications.  

Amalgam