FIG 1.0
Nanocellulose
PRODUCT CATALOG
Nanofiber Product
Series.
Discover our range of highly engineered nanofibers, designed for superior viscosity, structural reinforcement, and binder applications.
FEEDSTOCK SELECTION
Choose Your
Foundation
Select between our two core cellulose technologies to match your ionic and structural requirements.
Macroalgae
Cellulose
Seabind™
Nanocellulose Derived From Sugar Kelp
Ideally suited for superior mechanical reinforcement and high binding applications.
High Purity Cellulose
Devoid of lignin making for high purity and high surface area nanofibers.
High Crystallinity and Viscosity
76% to 84% crystallinity index while maintaining high viscosity at low concentrations.
Lignocellulosic
Cellulose
Aglyte™
Nanocellulose Derived From Silver Grass (Miscanthus)
Ideally suited when seeking the properties of nanocellulose, but significant scale and economics are a requirement.
Economical and Scalable
When requiring cost sensitive additives or extremly large tonnage scale.
High Solids Loading
~75% to 80% crystallinity index with the ability to be dewatered up to 10% solids.
SURFACE CHEMISTRY
Select
Functionalization
Tailored surface modifications to ensure optimal compatibility and performance in your specific application matrix.
S-Series
Highest viscosity and rheological properties
Long, flexible nanofibers typically 5-20nm in diameter and several microns in length. Features the highest viscosity, optimized rheological and durable film-formation.
FIBER DIAMETER:
5-20NM
FIBER LENGTH:
Several Microns
SURFACE FUNCTIONALITY:
Neutral
AVAILABLE SOLIDS LOADING
Seabind 1.5% | Aglyte 2% and 10%
C-Series
Short, anionic, highly crystalline.
Short, slightly anionic, and highly crystalline nanofibers. Engineered for specific binding applications and structural reinforcement.
FIBER DIAMETER:
5-10NM
FIBER LENGTH:
500nm-800nm
SURFACE FUNCTIONALITY:
Anionic
AVAILABLE SOLIDS LOADING
Seabind 2% | Aglyte 2% and 10%
S-Series
Sulfated Crystalline and amorphous hybrid mixture.
A mixture of crystalline and amorphous fibers, slightly sulfated. Offers a balanced profile of viscosity, binding capability, and mechanical reinforcement for versatile industrial use cases.
FIBER DIAMETER:
5-10NM
FIBER LENGTH:
500nm-800nm to several microns
SURFACE FUNCTIONALITY:
Sulfate
AVAILABLE SOLIDS LOADING:
Seabind 2% | Aglyte 2% and 10%
Contact
info@soarceusa.com
655 Sanger Rd STE 222
Orlando Fl, 32827
CAGE Code: 9NW70
UEI: MBHDGFL7M2Y5
Macroalgae
Cellulose
NON-IONIC SYSTEMS
Seabind™
Neutral Charge Platform
Ideally suited for compatibility with non-ionic systems where neutrality is critical.
Stable & Neutral
Maintains ionic balance in sensitive formulations.
Precise Dimensions
Length: 301-500nm Diameter: <50nm.
Lignocellulosic
Cellulose
STRUCTURAL REINFORCEMENT
Hemplyte™
Hemp Stalk Derivative
Engineered for cost-effective, high-strength structural reinforcement.
High Strength
Economical option for boosting compressive strength.
Stiff Nanofibers
Structural enhancement without excess viscosity.
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U-Series
Highest viscosity and rheological properties
Long, flexible nanofibers typically 5-20nm in diameter and several microns in length. Features the highest viscosity, optimized rheological and durable film-formation.
FIBER DIAMETER
5-20 nm
SURFACE FUNCTIONALITY
Neutral
FIBER LENGTH
several microns
AVAILABLE SOLIDS LOADING
Seabind 1.5% | Aglyte 2% and 10%
/02
C-Series
Short, anionic, highly crystalline.
Short, slightly anionic, and highly crystalline nanofibers. Engineered for specific binding applications and structural reinforcement.
FIBER DIAMETER
5–10 nm
SURFACE FUNCTIONALITY
Anionic
FIBER LENGTH
500nm-800nm
AVAILABLE SOLIDS LOADING
Seabind 2% | Aglyte 2% and 10%
/03
S-Series
Sulfated Crystalline and amorphous hybrid mixture.
A mixture of crystalline and amorphous fibers, slightly sulfated. Offers a balanced profile of viscosity, binding capability, and mechanical reinforcement for versatile industrial use cases.
FIBER DIAMETER
5–10 nm
SURFACE FUNCTIONALITY
Sulfate
FIBER LENGTH
500nm-800nm to several microns
AVAILABLE SOLIDS LOADING
Seabind 2% | Aglyte 2% and 10%
