MCP Technology
Our ability to shorten product development cycles and increase probability of success is driving partnership activity to their highest levels.
Joshua Kunkel
Manager, Business Development
What makes new materials development cycles so lengthy is the trial and error approach required to find the right combination of inorganic functionality and compatibility chemistries.

By utilizing MCP's chemical flexibility and the broad range of available metal compounds, we are reducing innovation development cycles down and increasing success rates. Faster innovation with more success is key to meeting today's challenging competitive landscape

MCP delivers the control of being able to pick and choose which metal or oxide to work with. It provides the flexibility of knowing that there is a wide array of compatible chemistries available to simplify working inorganics into your existing product materials MCP materials enable "green" manufacturing processes that fulfill your corporation's commitment to a cleaner, more environmentally sound future.
Cross-linker
Impact & Tensile Strength
Conductivity
Electronics & anti-static
Reactivity
Catalytic, electron transfer, biocidal, oxidative
Permeability
Hydrophylic & scavenging
Organic Anchoring
Delivery of organic functions
Passivity
Encapsulating, surfectants
Coloring
Permanent & reactive
UV Blocking
Inorganic & organic anchors
Dramatically shortening your product development cycles and reducing the overall cost of New Product Development requires quickly identifying the right materials. Our MCP Technology increases the probability of success at the earliest materials testing stages which have traditionally had the lowest success rates. This is also why our typical joint development projects last only three to six months rather than one to two years.

Innovation and imagination will determine just how big an impact MCP will have on your company.
APPLIED NANOWORKS, INC
9 UNIVERSITY PLACE, SUITE 331
RENSSELAR, NY 12144
TEL 518.471.5780
FAX 518.471.5785
2008 Applied Nanoworks, Inc.