NANOFIBERS
8X STRONGER THAN STEEL
// Industrial Nanomaterials
Empowering industrial manufacturers with nanofiber technology to make stronger, lighter, and cheaper products.
Soarce © 2025
NANOFIBERS
8X STRONGER THAN STEEL
// Industrial Nanomaterials
Empowering industrial manufacturers with nanofiber technology to make stronger, lighter, and cheaper products.
Soarce © 2025
01 // THE MISSION
Redefining what
materials can be.
As a dual-use advanced materials company, soarce produces multifunctional nanomaterials that help manufactured parts last longer, perform better, and cost less—without compromising worker safety.
Our mission is simple: make materials better.
FIG 1.0 - THE MISSION
Our Trusted Supporters
01 // THE MISSION
Redefining what
materials can be.
As a dual-use advanced materials company, soarce produces multifunctional nanomaterials that help manufactured parts last longer, perform better, and cost less—without compromising worker safety.
Our mission is simple: make materials better.
FIG 1.0 - THE MISSION
WORLD CLASS SUPPORTERS
02 // OUR TECHNOLOGY
Tunable Nanocellulose
Industrial Performance
While nanocellulose is a powerful material platform, mass-market adoption has historically been blocked by the high cost and chemical intensity required to tune it for real-world applications. Our proprietary cellulose treatment technology overcomes this barrier, delivering chemically tuned, functionalized nanofibers at industrial scale—without the traditional cost and complexity.
Plug-and-play tunability
Customizable chemical and physical properties for drop-in performance.
Designed for scale
Whether you need 1 ton or 1,000 tons, our process scales with the demands of industrial markets.
FIG 2.0 - NANOCELLULOSE
SYSTEM
// ACTIVE
MAGNIFICATION
X 20,000
VOLTAGE
5 kV
02 // OUR TECHNOLOGY
Tunable Nanocellulose
Industrial Performance
We transform overlooked biomass into specialty cellulose and nanocellulose additives. Our proprietary cellulose treatment and refining deliver application-tuned, functionalized nanofibers at true industrial scale.
Whether you need 1 ton or 1,000 tons, our process scales with the demands of industrial markets.
Designed for scale
Customizable chemical and physical properties for drop-in performance.
Plug-and-play tunability
03 // SPECS
Material Properties
Nanocellulose is not a single material — it is a tunable nanofiber platform. By controlling how these fibers are processed and assembled, we engineer a new class of additives that deliver multiple performance functions at once. From mechanical reinforcement and binding to barrier formation, moisture control, and particle stabilization, nanocellulose enables capabilities that traditionally require many different chemicals.
// PROPERTY 02
New Class of Binding Chemistry
Nanocellulose can form a highly complex 3D networks, making for an effective binder at ultra-low concentrations. This structural approach positions it as a next-generation binder for filters, composites, and other advanced material systems
Nanocellulose Solids Required: 22 < 1%
// PROPERTY 04
Exceptional Water Retention
Nanocellulose forms a porous network that can hold more than 200 times its weight in water. This makes it useful from drought-resistant agriculture to industrial coatings and filtration, where controlled moisture improves performance and stability.
Water Holding Capacity: 200x It's weight
// PROPERTY 05
Superior Particle Dispersion
Nanocellulose creates a stable network that evenly distributes and holds other additives in place. This enables high-performance hybrid formulations to help maintain target additives stable in formulations and onto the final substrate.
Nanocellulose Solids To Disperse: < 1% Solids
02 // OUR TECHNOLOGY
Tunable Nanocellulose
Industrial Performance
We transform overlooked biomass into specialty cellulose and nanocellulose additives. Our proprietary cellulose treatment and refining deliver application-tuned, functionalized nanofibers at true industrial scale.
Plug-and-play tunability
Customizable chemical and physical properties for drop-in performance.
Designed for scale
Whether you need 1 ton or 1,000 tons, our process scales with the demands of industrial markets.
FIG 2.0 - NANOCELLULOSE
SYSTEM
// ACTIVE
MAGNIFICATION
X 20,000
VOLTAGE
5 kV
03 // SPECS
Material Properties
Nanocellulose is not a single material — it is a tunable nanofiber platform. By controlling how these fibers are processed and assembled, we engineer a new class of additives that deliver multiple performance functions at once. From mechanical reinforcement and binding to barrier formation, moisture control, and particle stabilization, nanocellulose enables capabilities that traditionally require many different chemicals.
// PROPERTY 2
New Class of Binding Chemistry
Nanocellulose can form a highly complex 3D networks, making for an effective binder at ultra-low concentrations. This structural approach positions it as a next-generation binder for filters, composites, and other advanced material systems
NANOCELLULOSE SOLIDS REQUIRED
< 1%
02 / 05
// PROPERTY 4
Exceptional Water Retention
Nanocellulose forms a porous network that can hold more than 200 times its weight in water. This makes it useful from drought-resistant agriculture to industrial coatings and filtration, where controlled moisture improves performance and stability.
WATER HOLDING CAPACITY
200x It's Weight
04 / 05
// PROPERTY 5
Superior Particle Dispersion
Nanocellulose creates a stable network that evenly distributes and holds other additives in place. This enables high-performance hybrid formulations to help maintain target additives stable in formulations and onto the final substrate.
NANOCELLULOSE SOLIDS TO DISPERSE
< 1% Solids
05 / 05
MATERIALS WE ENHANCE
Advanced Materials
From carbon fiber, fiberglass, or kevlar, our nanofiber coating strengthens composites and enables lower-grade fibers to achieve premium performance without added cost.
Higher Impact-Strength Ballistics
Stronger, Lighter, & Lower Cost Composites
Ehancing Recyled Composites to Virgin Strength
MATERIALS WE ENHANCE
Industrial Materials
From carbon fiber, fiberglass, or kevlar, our nanofiber coating strengthens composites and enables lower-grade fibers to achieve premium performance without added cost.
Improved Plant Yield and Soil Health
Durable and Bio-Based Paper Coatings
Higher Strength and Lower-Carbon Cement
Contact
info@soarceusa.com
655 Sanger Rd STE 222
Orlando Fl, 32827
CAGE Code: 9NW70
UEI: MBHDGFL7M2Y5
MATERIALS WE ENHANCE
Advanced Materials
From carbon fiber, fiberglass, or kevlar, our nanofiber coating strengthens composites and enables lower-grade fibers to achieve premium performance without added cost.
Higher Impact-Strength Balistics
Stronger, Lighter, & Lower Cost Composites
Ehancing Recyled Composites to Virgin Strength
MATERIALS WE ENHANCE
Industrial Materials
Our processing method enables cost-effective nanofibers at scale perfect for commodity industries like agriculture, cement, and paper. Explore our solutions today.
Improved Plant Yield and Soil Health
Durable and Bio-Based Paper Coatings
Higher Strength and Lower-Carbon Cement
