Empowering manufacturers with advanced nanomaterials from nature.

We transform biomass into functional nanocellulose additives that
make composites stronger, lighter, and affordable.

Discover Our Materials
The Problem

Manufacturing is nearing a breaking point with current materials.

Made from
Key industries are struggling to find affordable advanced materials that can meet growing needs for stronger, lighter, and more environmentally friendly products.  
Our Solution

Nanocellulose

a natural high strength additive with fibers 10,000x thinner than a human hair.

Unmatched Compatibiilty
Our RokaCell Process allows us to attach functional groups to cellulose ensuring versatility and adaptability across diverse systems.
Seamless Integration
Works with standard manufacturing mixers and equipment for easy adoption & impactful results.
Clean Processing
We use natural, non-toxic refining methods that generate zero hazardous waste.
Our Solution
Nanocellulose
Our Solution

Low impact materials for high performing applications

Made from
Regenerative plants, seaweed, fruit waste, & inert minerals.
Made with
Non-toxic chemicals requiring minimal processing.
Next-Gen
Chemicals
Solutions
The Problem

Toxic materials & chemicals in our daily lives

Made from
Fossil Fuels and non-renewable resources.
Made with
Toxic compounds and resource-intensive manufacturing processes.
Traditional
Chemical
Manufacturing
Our Innovation

The RokaCell
Process

A proprietary process that allows us to safety extract & fine tune nanocellulose from seaweed
ensuring compatibility with a wide variety of material systems.

1

Feedstock
We source low-lignin biomass like brown seaweed, a sustainable and abundant resource, which reduces the energy and chemical resources needed to extract cellulose. By utilizing its cellulose pulp-often considered waste- we create biodegradable solutions with minimal environmental impact.

2

Clean Refinery
We developed the RokaCell™ process, a technique using proprietary solvents made from organic acids & minerals extracted from fruits & vegetables. These solvents extract & functionalize cellulose to turn into a nanomaterial compatible with various applications.

3

What We Make
Nanocellulose (NC) - enhanced with various functional groups and charges. NC is a natural material renowned for its exceptional binding and suspending properties, delivering substantial strength improvements, material reductions, and cost savings —all while being completely natural.
Our Materials
Products
01
Seabind
(Uncharged)
a seaweed-derived biopolymer refined into nanocellulose with long-fiber lengths. Seabind features high surface area hydroxyl groups possessing exceptional binding capabilities, and enhanced mechanical strength making it a high strength sustainable reinforcement for composites.
02
Seabind
(Charged)
a negatively charged nanocellulose from seaweed with shorter fibers lengths. This lower viscosity system gels with multivalent ions, offering strong binding, rheology modification, and efficient particle suspension.
03
Terasolv
A refining solvent made from sugars, minerals, &  organic compounds that offer clean extractions, pH control, shelf-life stability, cationic and anionic treatments.
Learn More

Sectors
we impact

Structural Composites

Seabind™ enhances structural panels (e.g. concrete) by increasing strength and durability while reducing material use. Its binding properties enhance workability and crack resistance, offering a viable solution for construction.

Transportation & Energy

Seabind™ enables lightweight, durable materials for automotive, aerospace, and marine applications. It strengthens composites, while reducing material usage and improving fuel efficiency for more sustainable transportation.

Sports Gear Composites

When adding Seabind™ to composite parts, such as those in golf clubs or bikes, it strengthens the material, allowing you to use less while maintaining the same durability—resulting in lighter, better-performing products.          

Sectors
We Impact

Structural Composites

Seabind enhances structural panels (e.g. concrete) by increasing strength and durability while reducing material use. Its binding properties enhance workability and crack resistance, offering a viable solution for construction.

Transportation Comosites

Seabind enables lightweight, durable materials for automotive,aerospace, and marine applications. It improves fuel efficiency, enhances coatings, and supports greener, more efficient transportation systems.

Sporting Gear Comosites

Seabind delivers lightweight durability and enhanced mechanical strength for equipment like bicycles, tennis rackets, and helmets to improve performance while reducing weight, enabling athletes to push their limits.

Join our mission

Interested in taking collaboration
to the next level?

Learn More

Products

Soarce offers an assortments of chemicals for textiles, cosmetics, and inks for enhanced performance and reduced complexity in manufacturing.

Seabind

A biopolymer derived from seaweed offering binding capabilities, rheology modification, and particle suspension without the usage of any toxic ingredients.

How we can help you

Searamic

Similar to Seabind but with enhanced traits including fire resistance, UV/IR reflectance, stable white, and surface modification enabled by skin safe nano-ceramic particles.

How we can help you

Solvent

A refining solvent made from sugars, minerals & organic compounds offering clean extractions, pH control, shelf-life stability, cationic and anionic treatments.

How we can help you

Why Seaweed?

Carbon Sequestration

Seaweed such as kelp has been reported to sequester 20 times as much CO2 as trees due to how fast it grows!

Requires Little To Grow

Kelp farming requires no fresh water, land usage, nor pesticides to grow.

Abundant Waste Stream

Large amounts of sargassum can build in tourism-driven economies. Finding uses is imperative.

Incredibly Fast Growth

Terrestrial plants like trees can take over 10 years to grow where seaweed can double in size in a month!

Carbon Sequestration

Seaweed such as kelp has been reported to sequester 20 times as much CO2 as trees due to how fast it grows!

Requires Little To Grow

Kelp farming requires no fresh water, land usage, nor pesticides to grow.

Abundant Waste Stream

Large amounts of sargassum can build in tourism-driven economies. Finding uses is imperative.

Incredibly Fast Growth

Terrestrial plants like trees can take over 10 years to grow where seaweed can double in size in a month!

the envisioners

Team Soarce

We're a group of ambitious creative thinkers, who have created a materials innovation brand with the primary goal of revolutionizing the world of material science, where natural materials can be leveraged to outperform synthetics.

1
Feedstock
We source brown seaweed, a sustainable, high-biomass resource rich in biopolymers. Using its cellulose pulp, often considered waste, we create biodegradable solutions with minimal environmental impact.
2
Clean Refinery
At Soarce we developed a biorefinery process consisting in solvents made from salts and sugars extracted from fruits and vegetables. This process functionalizes and transforms cellulose, into a nanomaterial compatible with various applications.
3
What We Make

We create a binding system formulation, which can be enhanced with nano-ceramic particles, converting it into an advanced material with properties such as fire resistance, UV reflectance, and more.
Industrial Coatings
and Additives
Binder and
Thickening Agents
Textile
Treatments