Bio-Based Leather
74% Bio-Based, 100% Planet-Friendly – The Smart Alternative to Traditional Leather
What is Bio-Based Leather?
Bio-based leather is made from up to 74% natural, renewable materials including plant proteins and mushroom roots. Through innovative bio-fermentation and low-impact processing, it mimics the texture and strength of traditional leather—without the ecological cost.
Ideal for environmentally responsible brands, bio-based leather offers a cruelty-free and plastic-free solution that aligns with modern sustainability goals. Its lightweight, breathable, and durable properties make it perfect for custom printed bags and other fashion accessories. Choose bio-based leather to reduce your carbon footprint while maintaining premium aesthetics and performance.
Bio-based Vegan Leather Available in Various Colors
We can develop any new color based on customer requirements
Why Bio-Based Leather?
Discover our premium bio-based leather – crafted from plants and mycelium, designed to outperform synthetic PU/PVC in durability, breathability, and sustainability. REACH-compliant, biodegradable, and guilt-free.
Advantages:
🌱 74% Bio-Based Content – Derived from renewable plants & fungi.
♻️ Biodegradable – Breaks down naturally, zero CO₂ emissions.
🏆 Durable & Breathable – Lasts longer than traditional PU, resists hydrolysis.
🌍 Low Environmental Impact – 50% less water/energy vs. traditional leather.
✌️ Vegan & Ethical – No animal harm, PETA-approved.
Safe and environmentally friendly, our siliceone leather made from materials used in baby pacifiers, offers a skin-like feel, as comfortable as baby skin, and provides a warm touch.
Discover high-performance bio-based leather-Free samples available!
Tailor-made for your design needs and project specifications
Bio-Based Leather vs. Traditional Leather: A Greener, Cleaner Choice
Eco-Friendly Leather That Saves Energy, Protects Ecosystems, and Reduces Waste
Bio-based leather significantly outperforms traditional leather in environmental impact. It uses 50% less energy during production, helping reduce carbon emissions from the start. Unlike animal or synthetic leathers, our bio-based alternative creates no toxic byproducts, making it safe for surrounding ecosystems—from soil to water.
Even better, it’s fully biodegradable, meaning it naturally breaks down at the end of its life cycle, keeping waste out of landfills and contributing to a circular economy. Choose a leather that doesn’t just look good—it does good.
Bio-Based Leather Applications
Sustainable Solutions for Modern IndustriesFrom Fashion to Automotive – High-Performance, Planet-Friendly Materials for Every Need
👟 Footwear
Breathable, Durable & Sweat-Resistant Sneakers
Ideal for sustainable shoe brands seeking hydrolysis-resistant materials.
30% lighter than traditional leather with superior air permeability (8mg/cm²/h).
👜 Fashion
Luxe Vegan Handbags & Wallets Without Compromise
Mimics premium leather texture with 100% animal-free ethics.
Passes 50,000+ rub tests (Martindale) for scratch resistance.
🪑 Furniture
Elegant, Scratch-Resistant Upholstery
Withstands 100,000+ abrasion cycles (ASTM D4157) for sofas and chairs.
Flame-retardant options available (BS 5852 compliant).
🚗 Automotive
Premium Car Interiors That Reduce Carbon Footprint
Low-VOC and heat-resistant (up to 90°C) for dashboards and seats.
Meets OEM standards for luxury electric vehicle brands.
Contact Us for Free Bio-base Faux Leather Sample
Tailor-made for your design needs and project specifications
Need Help?
FAQs
Here's a brief look at the FAQs that guide you through our Bio-based Vegan Leather
What is bio-based leather?
Bio-based leather is an eco-friendly alternative to traditional leather, made from renewable plant materials (like mushroom roots/mycelium, pineapple leaves, or cactus) combined with bio-based polymers. Unlike synthetic PU/PVC, it contains 30-75% biological content and is designed to biodegrade safely.
How is bio-based leather made?
It’s produced through bio-fabrication:
Growing mycelium/plant fibers in controlled environments
Processing with water-based coatings (no toxic solvents)
Tanning using plant-derived or chrome-free methods
This creates a material with similar durability to mid-grade animal leather.
Is bio-based leather really eco-friendly?
Yes, third-party LCAs show:
50-70% lower CO₂ vs animal leather
90% less water than cattle farming
Biodegrades in 3-5 years (vs 50+ years for synthetics)
Certifications like OK Biodegradable verify these claims.
How durable is bio-based leather compared to PU or real leather?
Performance varies by formulation, but premium grades offer:
100,000+ abrasion cycles (comparable to bovine leather)
Hydrolysis resistance for footwear/wet climates
3-5 year lifespan (vs 2-3 years for typical PU)
Tip: Include a “Compare Materials” table for visual SEO
Can bio-based leather be used for car seats or sofas?
Absolutely. Automotive-grade bio-leather features:
High UV resistance (up to 1,200 hours testing)
Flame retardancy meeting FMVSS 302 standards
Easy cleaning with non-toxic protectants
Are there any limitations to bio-based leather?
Thickness range 0.8-1.4mm (vs 0.5-3mm for traditional)
Lead time 8-12 weeks for custom developments
Colorfastness 4/5 on ISO scale (requires UV protection)
How should I care for bio-based leather products?
Follow these eco-conscious care tips:
Clean with pH-neutral, plant-based cleaners
Condition with carnauba wax blends (not petroleum-based)
Avoid direct heat above 70°C/158°F
Is bio-based leather waterproof?
While not inherently waterproof, most bio-based leathers feature:
PFC-free water repellency (lasts 2-3 years with proper care)
Hydrostatic pressure resistance of 5,000-8,000mm (suitable for light rain)
Can be treated with plant-based waxes for enhanced protection
Is bio-based leather suitable for hot climates?
Thermal performance features:
Heat deflection up to 85°C/185°F
UV stability (500+ hours Xenon testing)
Breathability index of 85+ (vs 30 for PU)
Can bio-based leather meet luxury brand standards?
Luxury-approved qualities:
Tensile strength 25+ N/mm² (Hermès-grade)
Haptic scoring 8.5+/10 in blind tests
Microbial resistance for premium goods
