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Dispersions
MechT Dispersions
MechT dispersions combine Mechnano’s novel discrete carbon nanotubes (CNTs) with (meth)acrylated resins for use in UV-curable 3D printing and CASE applications. While CNTs have been available industrially for many years, Mechnano’s breakthrough technology allows for CNTs to be dispersed discretely and uniformly in resins, rather than agglomerated in clumps. This dispersion and functionalization technology unlocks the performance benefits of the CNTs, and enables improvements to electrical and thermal conductivity, impact resistance, tear resistance, adhesion, corrosion resistance and more, without degrading mechanical properties of the resin.
Features
- Stable dispersion of discrete nanotubes
- Promotes electrostatic dissipation in UV-curable formulations
- No degradation of mechanical properties
- Capable of achieving 104-109 Ω/sq resistivity
- Easy addition to a formula without high shear mixing
- Provides carbon content with no carbon trails
Related Products
Select a product to see additional information.
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T50BT50B: Carbon Nanotube Dispersion in UV-curable Resin
T50B is a concentrated dispersion of discrete, dispersed, and functionalized carbon nanotubes (D’Func) in UV-curable resins. A more versatile dispersion than E35A, this material can be used in SLA, DLP, or jettable resins ranging from rigid to flexible to provide conductivity and decreased surface resistivity. When compared to FDM-printed ESD parts, ESD resins produced with T50B can achieve fully isotropic conductivity with high resolution and isotropic mechanical properties.
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E35B+E35B+: CNT Dispersion in BR-952
E35B+ is a stable dispersion of discrete, dispersed, and functionalized carbon nanotubes (D’Func) in urethane dimethacrylate (UDMA), BR-952. The Masterbatch can be used in rigid, high tensile strength SLA, DLP, or jettable resins to provide conductivity and decreased resistivity. When compared to FDM-printed ESD parts, ESD resins produced with E35B+ can achieve fully isotropic conductivity with high resolution and isotropic mechanical properties.
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