Eucalyptus Fabric
Eucalyptus is a premium regenerated cellulose fibre made from sustainably grown eucalyptus trees.
It is 100% recyclable and biodegradable.
It is produced through an innovative closed-loop process using a non-toxic solvent (NMMO), making it one of the cleanest and most environmentally responsible fabrics in the textile industry.
The material is known for its silky drape, breathable comfort, and luxurious softness, ideal for modern sustainable fashion.
KEY SUSTAINABLE ATTRIBUTES
1. Sustainably Grown Eucalyptus
- No pesticides or fertilizers
- Grows on non-arable land without competing with food crops
- Very high yield per acre compared to cotton
2. Low Water Usage
- Requires 10–20x less water than conventional cotton
- Mostly rain-fed, no heavy irrigation systems needed
- The NMMO solvent is recycled almost completely
- Minimal chemical discharge
- Nearly zero water pollution
- Classified as one of the cleanest man-made fibres
3. Biodegradable & Compostable
- 100% cellulose
- Biodegrades in soil within months under proper conditions
- No microplastics released
- Hypoallergenic fibre
- Safe for sensitive skin
4. Low Carbon Impact
- Lower land, energy, and chemical inputs
- Efficient logistics and fibre yield
- Carbon footprint aligned with EU sustainability standards
5. Long Lifespan (Durability)
- High fibre strength
- Resistant to pilling
- Longer garment life → lower environmental footprint over time
PERFORMANCE FEATURES
Breathable & Moisture-Wicking
- Absorbs moisture 2x more than cotton
- Keeps wearer cool and dry
- Ideal for warm European summers
Luxuriously Soft & Smooth
- Silky feel similar to modal or viscose
- Fluid drape, premium aesthetic
Naturally Anti-Bacterial
- Reduces odour buildup
- Requires less frequent washing
Thermoregulating
- Adapts to both warm and cool temperatures
- Enhances comfort across seasons
Strong & Durable
- High wet and dry strength
- Long-lasting structure
- Maintains shape after washing
Wrinkle-Resistant
- Fewer creases
- Easy-care, low-maintenance
DYEING & FINISHING
- Compatible with low-impact reactive dyes
- Excellent colour absorption & retention
- Smooth surface ensures vibrant, uniform dyeing
- Sustainable finishes possible:
- Enzyme wash
- Softener finish
- Peach finish
- Mercerized-like sheen effects
- Enzyme wash
CARE INSTRUCTIONS
Machine wash gentle or hand wash
Use mild detergent
Air dry (hang or flat)
Iron on low-medium heat
Do not bleach
Dry clean optional for structured garments.
ENVIRONMENTAL IMPACT SUMMARY
Uses significantly less water than cotton
Produced in a closed-loop system with minimal chemical waste
Completely biodegradable and plastic-free
Lower CO₂ footprint and higher fibre yield
Fits EU Textile Strategy → supports microplastic reduction targets, circularity, and eco-labelling
Made From Fast-Growing, Low-Impact Eucalyptus Trees
Eucalyptus trees grow:
quickly,
with minimal water, and
without pesticides or fertilizers.
They can grow on non-arable land and do not compete with food crops.
→ Low agricultural footprint compared to cotton.
almost all solvent is recycled
very low chemical emissions
minimal waste generation
→ One of the cleanest fibre processes in the textile industry.
Biodegradable & Compostable
Eucalyptus Lyocell is 100% plant-based cellulose, making it biodegradable in both:
home composting conditions
industrial composting
→ Zero microplastic pollution.
Lower Water Usage
Eucalyptus trees need 10–20 times less water than conventional cotton.
No irrigation systems are required—mostly rain-fed.
→ Significant water savings across fibre life cycle.
High Yield Per Acre
Eucalyptus trees produce more fibre with less land.
Higher biomass efficiency = reduced land pressure and deforestation risk.
Non-Toxic & Safe Production
The solvent used (NMMO) is:
non-hazardous,
non-carcinogenic,
continuously reused..
Long Product Life = Lower Environmental Impact
Eucalyptus Lyocell fabrics are:
strong
long-lasting
resistant to pilling
Longer life = fewer replacements = reduced overall environmental footprint.
Lower Energy Use in Laundering
Fabric properties lead to:
quicker drying
lower bacteria growth
lower washing frequency
→ Reduced energy + water usage during consumer phase.