Biomimetic thinking and renewable material systems.
Advanced materials / small-batch R&D
Innovation through curiosity and nature.
Red Oak Labs develops carbon-nanotube and bacterial-nanocellulose research materials that turn difficult feedstocks into documented, testable formulations.
01Dry-to-wet containment
02Formulation control
03Application proof
01 / MATERIAL SYSTEMCNT × BNC
Contained CNT transfer followed by controlled wet-prep conversion.
Characterized lots, traceable inputs, measurable outputs.
Small-batch screening for real application constraints.
Materials intended for researchers and product teams.
Our materials
From dispersion to demonstrator.
Our commercial wedge is the formulation work between raw precursor and usable experimental material.
01 / CNT
Aqueous CNT dispersions
Documented research dispersions for screening conductivity, coating behavior, and formulation compatibility.
Explore material ↗
02 / HYBRID
BNC / CNT hybrid materials
Nanocellulose-based research systems that explore structure, dispersion stability, and composite behavior.
Explore material ↗
03 / FILM
Functional films & coatings
Small-format coupons, films, and coated substrates for early-stage application testing.
Explore format ↗
04 / CUSTOM
Formulation screening
Focused experiments designed around the customer's substrate, process, and target behavior.
Start an inquiry ↗ Our process
Curiosity without chaos.
Every development loop moves from material identity to controlled processing to something a customer can actually test.
Source
Qualify raw materials and lot identity.
Contain & wet-prep
Handle initial dry CNT transfer under containment, then transition the material into controlled wet preparations for downstream processing.
Formulate
Develop dispersions, hybrid systems, and application formats.
Characterize
Map the measurements that matter for the intended experiment.
Deliver
Ship a documented R&D material, coupon, or development pack.
Why Red Oak
Built on nature.
Driven by science.
Branching biological structures and material networks share a design lesson: useful systems emerge from many small interactions. Our brand and our workflow are both built around that idea.
Our design philosophy ↗
Nature-inspired systems. Laboratory discipline.
RED OAK / 2026CURIOUS SYSTEMS
Built for teams that experiment
Small volumes.
High information value.
01University & government R&D
Research materials, comparison sets, and development quantities.
02Advanced-material startups
Rapid iteration before production-scale commitments make sense.
03Specialty coatings & sensors
Screening formats built around a customer's actual process constraints.
Contact Red Oak Labs
Talk with us about materials, development work, or a potential project.
Start with the question
Start a formulation brief ↗