Marcus V Bianchi
Engineers at Acoma Way, Littleton, CO
License number
Colorado 45299
Issued Date
Jun 6, 2011
Renew Date
Nov 1, 2015
Expiration Date
Oct 31, 2017
Type
Professional Engineer
Address
Address
7205 S Acoma Way S Acoma Way, Littleton, CO 80120
Professional information
Multilayer Reflective Insulation Roll Product
US Patent:
2006015, Jul 13, 2006
Filed:
Jan 10, 2005
Appl. No.:
11/032358
Inventors:
Thomas Fellinger - Littleton CO, US
Craig Sakata - Littleton CO, US
Jeffrey Reinsma - Littleton CO, US
John Smith - Centennial CO, US
N. Fast - Littleton CO, US
Marcus Bianchi - Littleton CO, US
Anthony Moore - Glen Allen VA, US
Craig Sakata - Littleton CO, US
Jeffrey Reinsma - Littleton CO, US
John Smith - Centennial CO, US
N. Fast - Littleton CO, US
Marcus Bianchi - Littleton CO, US
Anthony Moore - Glen Allen VA, US
International Classification:
D04G 1/00, G11B 5/706, D03D 15/00
US Classification:
428847400, 442001000, 442181000
Abstract:
A multi-layer reflective insulation system for walls, ceilings, floors, roofs and similar applications includes a sheet of multi-layer reflective insulation from a roll product. The sheet of multi-layer reflective insulation is a laminate that includes first and second pliable sheet layers with reflective major surfaces and a separation media, intermediate opposed major surfaces of the first and second pliable sheet layers, that holds the first and second pliable sheet layers in a spaced apart relationship relative to each other. The separation media creates air space between the opposed major surfaces of the first and second pliable sheet layers for the enhanced reflection of incident radiation and the emission of radiation by a reflective surface of the product.
Insulation Having A Thermal Enhancement Material And Method Of Making Same
US Patent:
2006025, Nov 16, 2006
Filed:
Jul 14, 2006
Appl. No.:
11/486625
Inventors:
Marcus Bianchi - Littleton CO, US
Thomas Fellinger - Littleton CO, US
Thomas Fellinger - Littleton CO, US
International Classification:
D04H 5/00
US Classification:
428292100
Abstract:
A method of forming a nodular insulation material suitable for installation in a cavity is provided, comprising: propelling fibrous nodules at a substrate, wherein the fibrous nodules comprise glass fibers, wherein a majority of the nodules has a maximum dimension of about one-half inch, and contacting the nodules while the nodules are being propelled, with a solution comprising water and a water soluble binder to produce coated nodules, wherein the coated nodules form an insulation on the substrate, wherein the insulation comprises a thermal enhancement material.