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MITO® LIGRA™

MITO® LIGRA™ is a water-soluble graphene-based binder designed for sustainability and accessibility. Its unique water-solubility allows easy dispersion in hydrophilic matrices, enhancing functionalization and strengthening the Z-axis dimension in components. Combined with MITO Powered™ + carbon fiber composite, it creates stronger, lighter components, reducing hydroplane for improved performance.

Brand: MITO (2 products)

Functions: Binder, Binder & Resin, Resins, Binders & Matrix Materials

Chemical Family: Graphene & Graphites

Technical Data SheetSafety Data Sheet

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Chemical Family
Graphene & Graphites
CASE Ingredients Functions
Binder & Resin
Composite Materials Functions
Resins, Binders & Matrix Materials
Industrial Additives Functions
Binder
Technologies
CASE Ingredients,
Composite Materials,
Industrial Additives & Materials
Product Families
Composite Materials — Additives
Functional Additives
Industrial Additives & Materials — Construction Chemicals
Asphalt Additives
CASE Ingredients — Resins & Binders
Other Resins & Binders

Features & Benefits

Labeling Claims
Sustainable
Industrial Additives Features
Water Soluble
Materials Features
High Strength,
Light Weight,
Water Soluble

Applications & Uses

Compatible Reinforcements
Carbon Fiber
Coating Type
Waterborne Coating
Industrial Additives End Use
Asphalt
Dispersion & Integration

MITO® LIGRA™ has been designed to seamlessly integrate into your manufacturing method:

  • Water-Based Products (paints and coatings)
  • Asphalt
  • Recycled Carbon Fiber

Simply measure and mix as normal at loadings as low as 0.1% by weight of resin.

Properties

Physical Form
Liquid
Properties
Testing Method Property Obtained Units Control <1%wt Ligra % Difference

Tensile (ASTM D638)

 Tensile Strength MPa 159 173 9
Tensile Modulus GPa 13.8 14.2 3
Strain at Break % 1.84 2.75 50

Flexural (ASTM D790)

 Flexural Strength MPa 205 242 18
Modulus (at break) GPa 8.9 9.4 6

Impact (ASTM D256)

 IZOD Impact Resistance (Notched) J/mm 0.0636 0.0742 17
IZOD Impact Resistance (UnNotched) J/mm 0.583 0.795 37

Technical Details & Test Data

Scanning Electron Microscope 2500 X M A G

MITO® LIGRA™ - Scanning Electron Microscope 2500 X M A G - 1