Nanotechnology How Nanotechnology Is Rewriting Polymer Performance Research from China has shown how nanomaterials are giving ordinary polymers extraordinary properties.
Antimicrobial The Nanotechnology Boom Hidden In Plain Sight How nanotechnology has become an industrial feedstock for everyday products used by millions.
Coatings From Penguins To Profits: Adaptive Nanomaterials Researchers have made a nanomaterial system that can switch a polymer film between heating and cooling while also influencing electromagnetic waves.
Nanotechnology Nanocomposite Polymer Creates Ultra-Thin Electromagnetic Shields Nanotech researchers create polymer shielding that can block electromagnetic waves and neutrons using a film which is thinner than a human hair.
Electrically Conductive Lichen-Inspired Nanocoating Delays Ice Formation Nanotechnology is continuing to reshape industry, this time with a lichen-inspired coating which delays ice formation and melts it on demand.
Nanotechnology Which Polymers Benefit Most from Nanoadditives? Where can nanomaterials best boost performance and value?
Nanotechnology Inside Polymer Nanocomposite Production Watch how polymer nanocomposites are made and find out why they are so important to modern manufacturing.
Nanotechnology New Nanotube Coating Boosts 6G Comms through EMI Shielding Can nanotechnology solve 6G’s EMI shielding problem?
Electrically Conductive The Shift from Raw Material Selection to Modification How imperfect blends of raw materials are changing approaches to manufacturing.
Electrically Conductive Electrical Conductivity from Non-Conductive Raw Materials Where would you integrate electrically conductive pathways which can be printed directly into complex products?
Nanotechnology 3D Printed Nanotube Composite for EMI & Radiation Shielding Nanotube–polymer composites have moved beyond the lab to create 3D-printable solutions for EMI and radiation protection.
Nanotechnology From Lab Breakthrough to Industrial Materials Reinventing polymer performance with carbon nanotube technology.
Nanotechnology Stretchy, Conductive Polymers for Smart Manufacturing How understanding the flow of electrical current at the nanoscale has led to the creation of conductive flexible plastics.
Antimicrobial Czechia—At the Heart of Europe and Nanomaterial Innovation How a small country in Central Europe has become an industrial powerhouse for the application of nanotechnology in raw materials.
Nanotechnology Acrylic Films which Destroy Viruses with Nano-pillars The latest nanotechnology discovery shows how polymer shape at the nanoscale can kill viruses on contact.
Antimicrobial Where Nanostructured Polymers are Advancing Industry How one company’s research into nanotechnology is reshaping polymer feedstocks.
Polymers Smart Polymers That Harden Only When Needed How on-demand polymerisation has become both possible and commercially viable.
Antimicrobial On-Demand Biocide for Glass, Plastic and Metal How a nanomaterial discovery is creating tiny biocide factories on manufactured surfaces.
Antimicrobial Nanocomposites Create Antimicrobial Coating for Touchscreens Nanotechnology provides a durable yet flexible, antimicrobial, glass-like coating for touchscreens.
Nanofibres in Industry: A Real Promise but Slow Adoption Why aren't more manufacturers using nanofibres as an industrial feedstock?
Antimicrobial Beetroot-Nanotech for Antimicrobial Action in Polypropylene When nanomaterial science finds a root to meet polymer manufacturing need.
Nanotechnology Graphene Coatings: Sustainable Antifouling for Marine Surfaces Does nanotechnology hold an environmentally friendly answer to the problem of biofouling?
Nanotechnology New EU Guidance on Nanomaterial Safety Explained What do the new EU regulations on nanotechnology mean for industrial manufacturing?
Nanotechnology Why Nanofabrics Matter Beyond Textiles Nanofabric technology represents a real opportunity for manufacturers to gain a competitive advantage.
Nanotechnology Nanotech for Industry How nanomaterials are transforming industrial coatings, resins, and polymers.
