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Advanced materials, engineered to your spec

Conductive polymers, engineered polymer particles, and functional yarn systems — developed, characterized, and supplied by the MyantX Advanced Materials division.

Browse the portfolio
A MyantX scientist performing materials analysis at the bench

What this division makes

MyantX Advanced Materials makes the substances themselves — the conductive polymers, particles, and yarns a connected product is built from.

Putting them to work is a separate discipline. Textile Computing™ is the system; this is the material layer underneath it.

How Textile Computing works 

Six systems and platforms

Three are available for partner development and supply today. Three are documented at their actual development stage.

Available for partner work

In development

Where to go next

Compare them side by side

  • Forms, variables, evidence, status

    • PEDOT:PSS
      Forms
      Films · coatings · inks · fiber treatments
      Primary variables
      Composition, conductivity, transparency, adhesion, processing
      Evidence
      Internally characterized + identified textile-electrode studies
      Status
      Available for partner development
    • Engineered Polymer Particles
      Forms
      Powders · particles · dispersions
      Primary variables
      Size, morphology, surface, composition, processing behavior
      Evidence
      Internally characterized (TPU70 SLS grade)
      Status
      Available for partner development
    • Conductive Yarns
      Forms
      Silver-plated & carbon constructions · coated & uncoated
      Primary variables
      Conductivity, insulation, flexibility, wash durability, integration
      Evidence
      Identified peer-reviewed studies + implementations
      Status
      Available for partner development
    • Energy Harvesting
      Forms
      Piezoelectric composites · harvesting device architecture · capacitor storage
      Primary variables
      Charge output, durability, form factor, storage, integration
      Evidence
      Internally characterized (development program)
      Status
      In development
    • Microneedle Platform
      Forms
      Engineered microneedles for biomarker sensing
      Primary variables
      Target biomarkers, precision, stability, wearable integration
      Evidence
      Internally characterized (advanced development)
      Status
      In advanced development
    • Yarn Coating
      Forms
      Protective layers applied to conductive yarns
      Primary variables
      Insulation, manufacturing compatibility, hand-feel, durability
      Evidence
      Internally characterized (development program)
      Status
      In development

  • What the labels mean

    Status

    Available for partner development
    Offered for co-development and evaluation with a partner (PEDOT:PSS, engineered particles, and conductive yarns today).
    Evaluation quantities available
    Sample quantities available for R&D and feasibility.
    Custom / standard supply available
    A confirmed grade, packaging, and fulfilment for supply.
    In development
    An active development platform, documented at its actual stage — capabilities and evidence are confirmed per program, not offered as supply.
    In advanced development
    A development platform at an advanced stage (the microneedle platform's approved status) — not yet offered as supply.

    Evidence

    Internally characterized
    Properties measured in-house in the MyantX analytical suite.
    Research-supported
    Supported by identified peer-reviewed studies on specific constructions.
    Demonstrated in an implementation
    Used in a built, working textile or device implementation.

The published research

Studies on specific MyantX constructions — results apply to what was tested.

Start with the requirement

Tell us the property you need to hit and the process it has to survive — scoping starts there, not with a catalogue.

Discuss a requirement