INDUVIT and CRILAMYT, a 33-year industrial group based in Quito, ECUADOR, ISO 9001 and QS 9000 certified company, has distribution centers throughout Ecuador and commercializes its TEMPERED and LAMINATED GLASS products under its two main brand names: INDUVIT and CRIMALYT, very reputable names in the Ecuadorian market. INDUVIT - CRILAMYT manufactures a full line of glass products: Automotive (General Motors being one of its main customers), Architectural (complete line for the Construction Industry, both flat and curved), Decorative (table tops, counters, shower enclosures), Sport Line (Basketball Boards, Racket Ball Centers), Industrial Kitchen Line (Kitchen Ovens, Refrigerators, Microwaves), Insulated Units (Thermo and Acoustic Glass).
DFIs nanocoating provides LM-Glass (low maintenance glass) and a full range of enhanced hydrophobic properties to the treated glass surface.
Veronique Ponticelli, Marketing Director of INDUVIT - CRILAMYT, stated: This new alliance with DFI is the result of our interest in maintaining up to-date with the latest technological developments. DFIs nanotechnology will allow us to offer an important added value to our glass products, thus improving maintenance properties and satisfying the requirements of a demanding market.
Guillermo Seta, DFIs Vice President and Executive Director of DFI Global Operations, reported: "These new developments in South America are in line with our global expansion plan by building solid business alliances, long term, with well established industrial groups; this agreement in Ecuador with Induvit - Crilamyt is vital to the development of our nanotechnology in the Andean region.
DFIs nanotechnology multi-functional characteristics include: water and oil repellency (hydrophobic and oleophobic), impact and scratch resistance, protection against graffiti, dirt and stains, finger print protection, UV stability, additional electrical insulation, protection against calcium and sodium deposits and increased brilliance and lubricity. DFIs coating, a patented process, works at nanoscale levels and the change of the molecular composition of the silica-based surface (glass) created by DFIs chemistry and bonding nanoparticles, along with the cross-linking, branching, and final capping, enables the full efficiency of the coating process at an atomic scale. The nanoscale is about a thousand times smaller than micro, that is, about 1/80,000 of the diameter of a human hair.