Material

• Superior ceramic fiberprepregs for high-temperature stable materials

• Prepregs storablewithout climate control, reversible drying process

• Little to no volumeshrinkage during sintering

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• Flexible, breathablefoams with high electro-conductivity

• Simple, scalablemetallization process (using e.g. copper or silver)

• Fast heating capacity

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• Tin phosphor iodide (SnIP) is a new semiconductor material
• Photoluminescence in the visible makes it interesting for solar cells and light emitting diodes
• First inorganic double helix structure material

• Mortar hybrid material with superior characteristics: strong hydrophobic properties, no need for post-treatment, not harmful to the environment
• Supplementation of a bacterial biofilm leads to an increased roughness on the microscale and the nanoscale, and on both the outer and inner surface, imitating the lotus effect
• Lyophilized powder of the bacterial biofilm available as dry admixture

• Environment Friendly
• Cost efficient
• Flexible and Reusable

• Milder to skin compared to sodium dodecyl sulfate (SDS), in combination with a reduced sensitivity to water hardness
• Low production costs compared to ethoxylated anionic surfactants
• Enhanced washing ability and solubilizing power due to high water solubility