T50B

Masterbatch for Conductive UV-Curable Formulations
T50B is a concentrated dCNT masterbatch dispersed in a UV-curable resin matrix. Featuring 4× the concentration of E35B, it simplifies the development of conductive and static-dissipative photopolymer formulations across rigid, tough, flexible, and elastic resin platforms.

Specifications

Material TypeMasterbatch
ColorBlack
Filler typeDiscrete Carbon Nanotubes (dCNTs)
Base MaterialUV-Curable Resin Matrix
Designed ForResin Formulators
Printing TechnologySLA / DLP / Material Jetting

Benefits

Reliable Electrical Performance
Enables the development of ESD-safe photopolymer systems with uniform electrical performance.

Simplified Formulation
Pre-dispersed dCNT technology reduces the complexity of incorporating conductive nanomaterials into photopolymer formulations.

Formulation Versatility
Designed for rigid, tough, flexible, and elastic resin platforms, providing greater flexibility for application-specific material development.

Tunable Conductivity
Supports formulation development across a broad resistivity range to meet application-specific electrical requirements.

Why dCNTs

Traditional conductive additives often agglomerate within oligomer matrix, resulting in inconsistent concentration distribution in formulated resins. dCNT technology disperses discrete functionalized carbon nanotubes throughout the oligomer, providing consistent concentration distribution in the final formulation.

Conventional CNT Additives

  • Variable electrical performance
  • Difficult to disperse uniformly
  • Agglomeration during formulation
  • Additional dispersion processing required
  • Limited formulation flexibility

T50B

  • Uniform conductivity
  • Ready-to-integrate dCNT masterbatch
  • Stable nanotube dispersion
  • Simplified formulation workflow
  • Compatible with rigid and flexible resin systems

Ideal Applications

  • Custom ESD photopolymer formulations
  • Production resin development
  • Electronics manufacturing materials
  • Functional engineering resins
  • High-performance photopolymers

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