01Track
Porous Substrate Engineering
Controlled-porosity cellulose substrates engineered for predictable liquid uptake and uniform fluid distribution across the matrix.
- Porosity
- 60–85%
- Pore scale
- 1–50 µm
Technologies
Technology Platform
The company focuses on cellulose-based porous structures optimized for liquid transport, permeability stability, and continuous-flow operating environments.
02Track
Fiber Structure Optimization
Long-fiber alignment and density distribution tuned for mechanical homogeneity and consistent flow behavior.
- Fiber length
- 1.5–4 mm
- Uniformity
- Class A
03Track
Wet-Strength Performance
Crosslinked cellulose networks retain structural integrity under continuous humid and submerged operating conditions.
- Wet tensile
- high
- Stability
- long-cycle
04Track
Capillary Transport Systems
Designed capillary architectures enable low-pressure liquid transport without forced flow infrastructure.
- Driving pressure
- low
- Mode
- passive
05Track
Biological Compatibility
Natural-fiber substrates compatible with biological media, enzymes, and fermentation environments.
- Media
- aqueous
- Compatibility
- broad
06Track
Continuous-Flow Material Stability
Validated for long-duration continuous-flow exposure with stable permeability and minimal structural drift.
- Cycle
- continuous
- Drift
- minimal