WE TURN NATURE INTO TRULY SUSTAINABLE MATERIALS.
ZERO PLASTIC, ZERO SOLVENT, ZERO COMPROMISE
La Tannerie Végétale started with one simple thought :
HOW CAN WE TRULY DO THINGS RIGHT ?
During years of research and development, we wanted to keep the promise of a vegetal material as beautiful as sustainable. With no compromise.
Our goal is to become a key partner of fashion brands by creating sustainable materials that will help
them in their environmental transition.
We bet on a bio-circular economy.
OUR PROMISE
biodegradable & recyclable
cruelty-free
low carbon footprint
made in France
zero plastic, zero solvent
OUR innOvations
zero plastic, zero water
Phyli® on canvas
Natural, flexible, linen based.
Can be embossed.
Comes in rolls.
Phyli®
Natural, flexible, soft.
Can be embossed.
Comes in rolls.
Phyligranes
Natural, injectable.
Comes in pellets.
MEET THE TEAM
Pr. YVAN CHALAMET
Associate & co-inventor
FANNY DELEAGE
Executive Director, PhD in Chemical & materials science
ISABELLE FONTAN
Bio-circular manager
INES ALVEZ DA CRUZ
Material processing R&D
CHARLOTTE MANOHA
PhD Student in biomaterials science
CORENTIN FERNANDES
Materials science R&D
La Tannerie Végétale, a deeptech startup founded in 2020, is committed to developing innovative, eco-friendly, and sustainable materials. With a strong industrial ambition, it positions itself as a leader of change by providing alternatives to environmentally harmful flexible materials as leather and artificial leather.
Under the leadership of Dr. Fanny Deléage, the company leverages a team of scientists to create versatile, ecological products without compromising aesthetics, durability, or recyclability. Guided by core values of impact, scalability, innovation, and excellence, La Tannerie Végétale aims to support the fashion, design, and industrial sectors in their transition to a sustainable future, emphasizing exemplary production cycles and a human-centric, local approach.
Its flagship solution, Phyli®, embodies this vision by offering a biodegradable material free of petroleum/plastic and animal resources, designed to minimize carbon footprint and conserve natural resources.