The Hosokawa Nano Particle Technology Center in Summit, New Jersey, is a newly established operation dedicated to the development, manufacture and commercialization of nano-particles and composite materials. The US operation works in close concert with Hosokawa's Nano Technology Centers in Japan to bring Americas based customers the latest Mechano Chemical Bonding (MCB) Technology.
Pioneered and continues to specialize in the design, manufacture, and application of Nanostructured® Chemical Tools derived from a class of chemicals known as Polyhedral Oligomeric Sil sesquioxanes (POSS®).
Design and development of advanced ceramic composite materials, coatings and thermal-structural components, including nanoengineered materials, produced by chemical vapor infiltration (CVI) and chemical vapor deposition (CVD).
Industrial Hard Carbon thin film coatings are characterized by extreme hardness, lubricity, high wear resistance, high corrosion resistance and a number of other useful qualities. The films are deposited by a proprietary plasma-assisted chemical vapor deposition process. Far different from the diamond-like and carbide thin films familiar to many in the coating industry, IHC films are created from layers of nano-crystalline diamond and nano-crystalline silicon carbide in an amorphous matrix of both elements.
A developer of bio-based colloidal products formulated using a proprietary colloidal chemistry process. Food grade ingredients are processed to form a particle called a micelle. Micelles, one to four nanometers in size, are active ingredients in Inventek's products.
LamdaGen manufactures a variety of functional nano-materials in the form of independent chips in common sizes and shapes for researchers who wish to work with a highly reproducible nano-structured metallic thin-film.
Master Bond Inc. is a leading manufacturer of high performance adhesives, sealants, coatings, potting and encapsulation compounds and impregnation resins. Their line of products consists of epoxies, polyurethanes, silicones, acrylics, polyamides and latex systems. They also include such specialties as anaerobics and cyanoacrylates. One and two component systems are available. Systems cure at room temperature, exposure to heat and upon exposure to UV light.
MicroDysis designs and markets biomedical and environmental devices and systems that use embedded carbon nanotubes to solve a wide variety of real-world problems. The Company's patented micro-molding fabrication and nanotube assembly techniques are able to embed vertically oriented carbon nanotubes into a polymer matrix. This approach increases the functionalized surface of a device by 10,000 times and provides an ideal matrix for attaching molecular probes and other chemically active absorbers for maximum detection sensitivity.