Hydrogel
Evaluate the structured, water-rich material directly for formulation compatibility, hydration, rheology, drying / rehydration, and physical persistence.
C60OH HYDROGEL / R&D MATERIALS
Evaluate C60(OH) Hydrogel in Your Application
One material platform, two evaluation modes, and three ways to work with C60(OH) Labs.
TWO WAYS TO WORK WITH IT
One Material.
Two Modes.
C60(OH) Hydrogel can be evaluated in its supplied structured hydrogel state or diluted / dispersed into an aqueous system. Both approaches begin with the same experimental material.
Aqueous dilution / dispersion
Dilute or disperse the material into an aqueous system to investigate a fullerenol-containing preparation, including dispersion behavior, spectroscopy, and formulation incorporation.
Experimental R&D material. Application suitability, biological performance, and safety for any specific end use have not yet been established.
WORK WITH C60OH
Start with a sample. Go as far as the science takes you.
Choose the level of material access and technical support that fits your current R&D stage.
R&D Sample
$275
For teams ready to independently evaluate C60(OH) Hydrogel.
- 30 mL C60(OH) Hydrogel
- Product Evaluation Sheet
- Non-confidential TDS
- Evaluation Guide
- Characterization Summary
- Lot / sample identification
- Hydrogel, aqueous, or both
Application Evaluation
$1,500
For teams evaluating C60(OH) for a specific formulation, material, or research application.
- Up to 1 L C60(OH) Hydrogel
- Everything in the R&D Sample
- Evaluation-planning session
- Controls & experimental-design discussion
- Technical support during evaluation
- Relevant non-confidential characterization data
- Results-review session
R&D Partnership
Custom
For organizations interested in moving beyond initial evaluation.
- Larger material quantities
- Application-specific development
- Custom material configurations
- Joint testing programs
- Additional characterization
- Scale-up / commercial material supply
- Joint development or licensing
All programs begin with a brief application review to confirm technical fit and material availability.
CHARACTERIZATION
Investigated at the University of Washington Molecular Analysis Facility.
C60(OH) Hydrogel has been examined using complementary analytical methods to document morphology, vibrational and functional-group features, and surface elemental / chemical-state information.
Raman
Representative original-matrix spectrum, 785 nm. Used to assess carbon-related vibrational and structural features.
ATR-FTIR
Representative original-matrix infrared spectrum used to assess hydroxyl-, water-, and oxygen-associated features.
XPS
Representative survey spectrum from UW MAF analysis, used to investigate detected surface elements and chemical-state information.
These methods provide complementary evidence about the material. No individual method is presented as standalone proof of fullerene molecular identity, purity, biological safety, or application performance.
MATERIAL DATA
Current measured properties.
Representative measurements and observations from the current experimental material.
Physical form
Water-rich hydrogel
Water content
>98%
pH
4.0–5.0
Density
1.07–1.17 g/mL
Electrical conductivity
900–1,600 µS/cm
TDS
500–900 ppm
Drying / rehydration
Reversible behavior observed
Repeated water rinse
Material persistence observed
Values represent current experimental measurements and observations and are not yet formal product-release specifications.
WORK WITH US
Tell us what you'd like to evaluate.
Whether you're requesting a 30 mL sample or exploring a larger R&D partnership, tell us a little about your application. We'll review the request and respond directly.
- 01 Select the R&D option that fits your stage.
- 02 Choose hydrogel, aqueous, or both evaluation modes.
- 03 Describe the experiment or application you have in mind.
- 04 We confirm fit, availability, and next steps.