Surface Modification Technique for ePTFE
Process Aid for Metallocene - PE
Reversible Addition Fragmentation Chain Transfer (RAFT)
Formaldehyde Free Soy Protein Adhesive is an adhesive designed for wood panel manufacturing that is produced without any type of added formaldehyde. Our soy protein adhesive is ready to meet the strictest environmental regulations because it is contains no added formaldehyde!... download a pdf
Attach active agents to ePTFE or other polymers. This example chemically modifies ePTFE to retard the growth of Stapylococcus aureus bacteria...download a pdf
Frontal Polymerization is a self-propagating localized reaction that allows rapid curing of composite materials. It is particularly suited for in-situ applications and can be used with many chemistries... download a pdf
Achieve Low Friction Coatings with excellent adhesion and durability using commercially available raw materials, production methods, and application techniques...download a pdf
This Process Aid for metallocene-PE establishes a film layer to lubricate the host polymer across the die and/or through the extruder barrel. In typical testing, the lubricated metallocene host resin processability is increased significantly over processing the host resin alone...download a pdf
The Reversible Addition Fragmentation Chain Transfer (RAFT) process can produce block (co)polymers with reactive end groups exhibiting controlled molecular weight and narrow distribution in aqueous systems. This technology can produce various architectures including shell/core, micelle, polymer brushes to aid in controlled delivery systems, pharmaceutical polymers, optics, electronics, and biological transfer agents...download a pdf
Our Reactive Diluent technology bridges a performance gap between conventional solvent-borne and water-borne coatings. By utilizing a reactive diluent having low volatility, excellent thinning properties, and the right reactivity and resin compatibility, a formulator can offer a product containing very low VOC levels while matching the performance of a cured solvent-borne coating...download a pdf
TBIA(5-tert-butyl isophthalic acid) is a partial replacement for purified isophthalic acid in high solid polyester, polyurethase and alkyds. Formulation benefits include lower crystallinity, increased glass transition temperature, lower density, decreased water absorption, increased stiffness and increased solubility. Samples are available. Licensing and joint development opportunities are sought. For more information, contact us at info@noetictechnologies.com
VCHD (vinyl cyclohexanediol) has a cycloaliphatic structure with dual functionality lending itself to both condensation and addition polymerization. This monomer can be used to modify alkyd, polyester, or urethane resins, synthesize vinyl polyols and epoxy polyesters, and aid in polyester acrylic grafting. Samples are available. Licensing and joint development opportunities are sought. For more information, contact us at info@noetictechnologies.com
Polyamino Emulsions relates to the use of polyamino acid derivatives as emulsifying and stabilizing agents in the aqueous emulsion polymerization compositions. Such compositions produce clean, stable resins with viscosities over a very wide range at relatively high solids content and characterized by unexpectedly small particle size. These formulations are, additionally, biodegradable and non-toxic
Diether High solid solvents are available to replace MAK in automotive refinish applications. It exhibits comparable performance in terms of gloss, strike in, and viscosity, but with significant reduction in odor. Licensing and joint development opportunities are available. For more information, contact us at info@noetictechnologies.com