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THE ORGANICS

HEMP

What: Hemp is a cotton like material. It has been used to make clothes for over a thousand years.


How: made from the Cannabis sativa plant, grown with minimal irrigation & naturally pest resistant requiring much less chemicals / fertilisers.

Reduces chemical & water usage​

Protects bio-diversity

LINEN

What: a natural fibre from a renewable source that’s both light, breathable and durable.


How: derived from the flax plant linen is biodegradable and requires 10 times less water than cotton while minimising chemical use.

Reduces chemical & water usage​

Recyclable & biodegradable

ORGANIC LINEN

What: a natural fibre from a renewable source that’s produced organically to create a light and durable material.


How: the flax is grown without any fertiliser or harmful chemicals, making it different to regular linen, requiring even less water to produce.

Reduces chemical & water usage

Recyclable & biodegradable

ORGANIC COTTON

What: cotton that uses 80-90% less water and reduces pollution - minimising soil degradation.


How: grown without pesticides and synthetic fertilisers.

Reduces chemical & water usage

Protects bio-diversity

RWS CERTIFIED MERINO WOOL

What: Responsible Wool Standards (RWS) merino wool is high quality wool, known for it's finer and softer fibres, that minimises the damage to the environment.


How: using merino sheep this type of wool prioritises sustainable land management protecting soil health and reduces harmful fertalisers and chemicals.

Reduces chemical & water usage

Protects bio-diversity

ALPACA WOOL

What: wool derived from Alpaca’s it’s great for allergies and the environment, when compared to regular wool.


How: lighter grazing impact protecting the soil, whilst producing less methane and needing fewer harsh chemicals and water in production.

Reduces chemical & water usage​

Protects bio-diversity

SHEEP'S WOOL

What: a biodegradable material from a renewable source often used to make sweaters and jackets.


How: made through a simple process of shearing to spinning and weaving.

Reduces chemical & water usage​

Recyclable & biodegradable

SHEEPSKIN

What: typically a byproduct of the meat industry, it has 2 parts - the wool (furry outer layer) & the leather (tougher inner layer).


How: made through a tanning process, sustainability is dependent on the use of alternative (synthetic chemical free) tanning agents.

Biodegradable

Recyclable & biodegradable

NATURAL BUTTONS

What: responsibly sourced natural buttons to replace zips.


How: often made from agoya shell, mussel shell or corozo.

Reduces chemical & water usage

Recyclable & biodegradable

NATURAL RUBBER ELASTIC

What: sustainable sourced natural rubber to be used in place of synthetic elastic.


How: focus on minimising deforestation and the use of agroforestry, integrating ruber tress with other crops / tress to help maintain biodiversity.

Reduces chemical & water usage

Protects bio-diversity

THE SEMI-SYNTHETICS

LENZING ECOVERO VISCOSE

What: a more premium & sustainable alternative to viscose, a cotton substitute.


How: sourcing wood pulp from sustainably managed forests while using 50% less water and chemicals than regular viscose.

Reduces chemical & water usage

Biodegradable

VISCOSE / RAYON

What: a cheaper version of TENCEL, Viscose or Rayon is semi-synthetic often used to make activewear & underware.


How: derived from wood pulp uses harsher and cheaper chemicals in it’s production than TENCEL or Modal.

Reduces chemical & water usage​

Recyclable & biodegradable​

TENCEL

What: is a type of lyocell, a semi-sythentic material often used to make activewear & underware.


How: using eucalyptus trees, it’s made by dissolving wood pulp in a non-toxic solvent - creating fibres.

Reduces chemical & water usage​

Protects bio-diversity

MODAL

What: is a semi-synthetic material often used to make activewear & underware.


How: using beech trees it has harsher chemicals in it’s production than alternatives like TENCEL but is an imporvemnt on visocse.

Reduces chemical & water usage

Recyclable & biodegradable

CELIUM

What: a high quality bacteria based leather alternative known as a ‘cellulosic fibre’.


How: made by a process of bacterial fermentation, which is then manipulated to create leather like sheets.

Reduces carbon emissions

Recyclable & biodegradable

OHOSKIN

What: a high quality vegan leather alternative using Sicilian orange & cactus byproducts.


How: using completely biodegradable components while reducing harmful chemicals.

Reduces chemical & water usage

Biodegradable

VEGEA

What: a high quality leather alternative using waste from wine grapes.


How: minimises energy, water & chemical use when compared to traditional leather.

Reduces chemical & water usage

Reduces carbon emissions

OLEATEX

What: a high quality vegan leather alternative using olive oil byproducts.


How: taking waste materials from olive oil production it’s completely biodegradable & reduces harmful chemicals.

Reduces chemical & water usage

Biodegradable

PELINOVA

What: a high quality leather alternative using a combination of recycled leather & semi-synthetic Tencel fibres.


How: using 70% less water while minimising energy & chemical use when compared to traditional leather.

Reduces chemical & water usage

Less energy consumption

NAIA ACETATE

What: a more premium & sustainable alternative to acetate, a silk substitute.


How: sourcing wood pulp from sustainably managed forests while reducing water, energy and chemical consumption.

Reduces chemical & water usage

Biodegradable

SAVIAN

What: a range of plant based sustainable & high quality materials used as a fur alternative.


How: using plant based fibres like nettle, hemp & flax the production process minimises chemicals, energy & water use.

Reduces chemical & water usage

Biodegradable

TEX2TEX

What: a premium type of recycled polyester made solely from textile waste.


How: uses an innovative piece of technology to break down the polyester into finer fibres that can be spun into premium yarn.

Reduces (landfill) waste

Still releases microplastics

BIO BASED MATERIAL

What: from renewable sources like plants and microorganisms (fungi / bacteria) - it’s often a semi-synthetic material.


How: goes through a complicated process of fermintation & chemical modification to create usable materials like bio-plastic.

Reduces (landfill & ocean) waste

Still releases microplastics

LYOCELL

What: a broad term for semi-synthetic materials made from wood pulp used to make activewear, TENCEL being a premium type of Lyocell.


How: using oak or birch it’s made by dissolving wood pulp in a non-toxic solvent - creating fibres.

Reduces chemical & water usage​

Recyclable & biodegradable

ACETATE

What: a semi-synthetic material made from either wood pulp or cotton linter, often used to create lingerie or dresses & scarves.


How: a chemical process using acetic acid to dissolve the raw material and create fibres.

Potential for biodegradability

Still releases microplastic

THE RECYCLED

CURCULOSE

What: a type of premium recycled cotton made completely from post consumer waste (old clothes).


How: a more efficient way of breaking down old cotton clothes that both recycles waste & minimises water, chemical and energy use.

Reduces chemical & water usage

Less energy consumption

RECYCLED POLYAMIDE

What: nylon made from pre-consumer waste (eg. offcuts) and / or post-consumer waste (eg. old fishing nets).


How: a process of sorting, shredding, melting and spinning into a recycled fibre.

Reduces (landfill & ocean) waste

Still releases microplastics

RECYCLED COTTON

What: cotton made from per-consumer waste (eg. offcuts) and post-consumer (eg. unwanted garments).


How: is a process of sorting, cleaning, shredding and spinning to recycle the cotton.

Reduces (landfill) waste

Less energy consumption

RECYCLED POLYESTER

What: A fabric made from recycled plastic often used for swimwear & activewear.


How: primarily using waste plastic bottles, the material is melted down (using some harsh chemicals) and recycled.

Reduces (landfill & ocean) waste

​Still releases microplastics

RECYCLED LEATHER

What: made from discarded pre-consumer (offcuts) and post consumer leather waste.


How: a process of cleaning, shredding and grinding into a pulp that is mixed with chemical agents to create leather sheets.

Reduces chemical & water usage​

Reduces (landfill) waste

RECYCLED WOOL

What: wool made from pre-consumer waste (eg. offcuts) and / or post-consumer waste (eg. old wool clothes).


How: a process of sorting cleaning, shredding and carding to create the recycled material.

Reduces chemical & water usage

Biodegradable

RECYCLED NYLON

What: nylon made from pre-consumer waste (eg. offcuts) and / or post-consumer waste (eg. old fishing nets).


How: a process of sorting, shredding, melting and spinning into a recycled fibre.

Reduces (landfill & ocean) waste

​Still releases microplastics

RECYCLED PLASTIC

What: a broad term used to describe plastic that’s been made from all types of plastic waste.


How: plastic waste is collected and sorted, washed to remove impurities, shredded into flakes and melted down into a usable material.

Reduces (landfill & ocean) waste

​Still releases microplastics

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