TitanFlow™ Technology

The Binderless Standard

We do not just sell materials. We eliminate failure modes at the atomic level. TitanFlow™ is a tunable, binderless CNT production platform.

The Physics

Why "Binderless" Matters

Legacy composites rely on glues, resins, and polymers (binders) to hold materials together. In extreme environments, these binders are the first point of failure.

TitanFlow™ eliminates the binder.

  • Zero Outgassing: No organic volatiles.
  • Extreme Thermal Stability: Survives >1000°C.
  • Atomic Purity: Tunable chirality.
Binderless Structure

Critical Application Lanes

LANE 01: SEMICONDUCTOR

EUV Lithography

Threat: Pellicle failure leads to yield loss.

Fix: Binderless membrane transmitting >90% EUV light.

LANE 02: SPACE

Extreme Thermal / Vacuum

Threat: Thermal distortion and outgassing.

Fix: Pure carbon structure maintains stability.

LANE 03: DEFENSE

Rad-Hard Infrastructure

Threat: Fragile supply chains.

Fix: Domestic "chokepoint" material sovereignty.

Validation Data

The Thermal Survival Cliff

When source power exceeds 600W (required for High-NA EUV), legacy materials experience thermal runaway. They physically fail.

TitanFlow™ CNTs remain stable well beyond the 1000W threshold, providing the necessary thermal margin for next-generation chip manufacturing.

"We are not just a pellicle supplier. We are a failure-mode eliminator."

EUV Diagram
Thermal Data

Technical Credibility Lock

We engage with programs before specifications are frozen.

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