The
Everbloom
process

Making
circularity
an actuality

The future starts with a single fiber

Using bio-manufacturing, advanced protein engineering and molecular biology, Everbloom’s technology breathes new life into organic waste—regenerating natural by-products into high-performance fibers, which elevate the properties of Earth’s finest materials.
01 / 05

The first of its kind

The first step of the Everbloom Process is to source rich protein-based materials from textile waste—such as discarded wool or cashmere—and natural agricultural by-products—say, down. This protein is then sorted and cleaned.

Pure
proteins
02 / 05

Form plus function

Once extracted, each protein must be refined into a form suitable for production. This involves altering its structure to strengthen its properties.

Regenerated
fibers
03 / 05

The perfect building block

This solution is then regenerated into uniquely practical and highly versatile pellets. Not only offering a smarter way of handling and transporting the fiber, but providing ample to stablilize, enhance and ensure sought-after quality.

Exceptional
versatility
04 / 05

Elegance on the grandest scale

These upcycled pellets fold into any manufacturer’s production process. Replacing polyester on industry-standard melt-spun machines, they are stretched to create beautifully fine filaments.

Form and
function
05 / 05

A fitting finale

Once spun, the fibers are processed into yarns in Italy based on specific, exacting qualities—be it for elasticity, strength or softness. They can then be knitted and woven into a final fabric, and bring visionary garments to life.

An exacting
vision
Impact

Exceptional quality, without exception

In a $994 billion market, two thirds of global fiber is currently fossil-fuel-based, non-biodegradable synthetics. As demand grows for recyclable, scalable alternatives, Everbloom has the capability to meet it.

94%
lower than the Land Footprint of wool
30%
lower than the Water Use of wool
4x
lower GHG emissions than
wool production
The Everbloom material library

Softer than merino. Lighter than cashmere.
 Stronger than silk.

The future of material is coming.
Limitless
possibilities
Naturally
advanced

Interested?