Flash and FOIL® Frame Wall Insulation. Module 1 Masonry Wall Insulation Hybrid Spray Foam and Reflective Insulation System – Fi-Foil® Company Introduces…

Slides:



Advertisements
Similar presentations
Reflectix, Inc. The Worlds Largest Manufacturer of Reflective Insulation Reflectix ® products are some of the most diverse, energy conserving, building.
Advertisements

ENERGY CONSERVATION: HOME WRAP, INSULATION, AND STOPPING AIR LEAKS.
EarthCraft: Insulating Strategies Energy Efficient Insulation Systems by Church Hill Homes.
Denby Energy Home Energy Consultant Program Module 5: Insulation, Doors and Windows Module 5: Insulation, Doors and Windows Denby Energy, LLC © 2009, All.
Finishes many options Walls wood shakes, shingles, board & batten (vertical), plank lap (horizontal), T1-11 ply, vinyl, fiber cement, aluminum, stucco.&
Doing without and more with less
Walls of Structure Decreasing the Amount of Heat Exchange.
1 Trade Skills HVACR116 Fiberglass Duct Board and Insulation Material.
“Sustainable Building Systems and Construction For Designers” Chapter 7: Walls.
CHAPTER 9 Thermal & Moisture Protection
Stan Wolfersberger August 2013 Insulation Overview ** Not for Distribution Outside NSF/UL 440 **
New & Existing Metal Buildings. Problem: Radiation is the biggest enemy of metal structures and is the primary source of unwanted heat gain and loss.
WALTER SCARBOROUGH CSI CCS CCCA SCIP AIA D+D Specifiers Series Sponsored by Air Barriers.
Radiant Barrier. Problem (Summer Conditions): Solar radiation causes roof temperatures to reach 160 to 190 degrees Fahrenheit. Heat is conducted through.
INSULATION 3 Basic Types of Insulation  Fiber  Foam  Reflective.
Retrofitting Bioclimatic building-insulation Amit Erel, Hyoyoung Kim, Mateo Sbresso.
Class Day Seventeen.
Emerging Standards and their effect on Exterior Continuous Insulation in Commercial Wall Construction.
Building Australia’s Future Energy Efficiency Introductory Awareness Training AUSTRALIAN Greenhouse Office Supported by: Step by Step Application of BCA.
Heat Loss & Gain Calculations 1. How Heat Moves in Homes Conduction is the transfer of heat through solid objects, such as the ceilings, walls, and floors.
This 12 part PowerPoint series is taken directly from Energy Savers Booklet, Tips on Saving Energy & Money at Home, U.S. Department of Energy.
Copyright © Texas Education Agency, All rights reserved. 1 Insulation.
The Energy Star Home Drew Tepper. Overview What is an energy star home? What is an energy star home? New Homes New Homes Existing Homes Existing Homes.
PRESCRIPTIVE R-VALUES, U-FACTOR EQUIVALENTS, AND TOTAL UA ANALYSIS.
Architectural Dimensioning Part 1
C AMPUS S QUARE H ARRISBURG, P ENNSYLVANIA A NDREW M ARTIN | C ONSTRUCTION M ANAGEMENT | A PRIL 12, 2010.
Chapter 4: Air Leakage Control: Materials and Techniques
Residential Construction Unit 6 Interior finishes Mr. Todzia.
Unit A3-12 Insulating Agricultural Structures Problem Area 3 Construction Systems.
Lesson 12 Insulating Agricultural Structures Next Generation Science/Common Core Standards Addressed! CCSS. ELALiteracy. RST.9 ‐ 10.7Translate quantitative.
Building science.
 On average, home heating uses more energy than any other system in a home  About 45% of total energy use  More than half of homes use natural gas.
CONTINUOUS INSULATION PRIMER. PART 1 – Continuous Insulation Definition (ASHRAE 90.1)ASHRAE 90.1 Applications: Roof, Wall, and Foundations.
Heat Diffusion Equation Apply this equation to a solid undergoing conduction heat transfer: E=mc p T=(  V)c p T=  (dxdydz)c p T dy dx qxqx q x+dx x y.
Chapter 27 Insulating Structures. Objectives After reading the chapter and reviewing the materials presented the students will be able to: List the ways.
The Buildings Envelope.  R Values are the thermal resistance of a building product. R values are given to certain materials to evaluate there ability.
 Helps to prevent the transfer of heat either into or out of a building  Winter – keep heat in  Summer – keep heat out  Heat is transferred through.
Masonry Wall Insulation. What is Reflective Insulation? Insulation that forms enclosed air spaces. The insulation layers include a special grade of Aluminum.
1 WALL FRAMING. 2 Interior & exterior walls l basic wall components –bottom plate –studs –top plates –headers –bracing –sheathing –finishing materials.
ARCH-432 Vapor Retarders and Air Barriers Attendance In what modern day country was the first cavity wall developed and used? For what purpose? A. Spain.
Chapter 4: Introduction to thermal control As we take on issues of thermal control it is important to keep in mind the following issues: 1.Human comfort.
Part 2: Buildings as a System Lee F. Ball Jr., PhD
Phoenix Convention Center Phoenix, Arizona Air Barrier Technologies Energy TechnologiesWindows and Building Envelope Technologies Diana Hun, PhD Oak Ridge.
Air Sealing Opportunities in New Construction. Fiber Vs Foam. The Game is On! Corning’s groundbreaking air-sealing study, give us a better understanding.
Conservation and Environmental Design and Construction
Insulation and Infiltration
Deep Energy Retrofit (DER) Workshop
CON 4003 Construction Estimating Prof R. V. Locurcio.
INSULATION CHRIS JACKSON & ALEXANDER GULIK. LESSON OBJECTIVES Able to correctly define what thermal insulation is without the use of reference material.
Facing for Unfaced Batts. Where will I see applications of Facing for Unfaced Batts, requiring Class A (Flame Spread of 25 or less) ratings? Educational,
Residential Construction Unit 4- Window and Doors Mr. Todzia.
 On average, home heating uses more energy than any other system in a home  About 45% of total energy use  More than half of homes use natural gas.
R-Value? Refers to the efficiency of the insulation of a house Ratio of the temperature difference across an insulator and the heat flux.
PowerPoint ® Presentation Unit 52 Thermal Insulation and Other Insulating Methods Thermal Insulation Exterior Insulation and Finish Systems (EIFS) Roof.
By: Matthew Irvine and Cristina Belew. Origination and Goals  Partnership with Habitat for Humanity  Their goal is to lower the overall cost to owner.
THERMAL BRIDGING. R25 does not equal R20+5ci Why? Thermal bridging! The added R5ci reduces heat loss through both the wall cavity and the framing members.
Air Leakage and Water Vapor Control Chapter 6. Mehta, Scarborough, and Armpriest : Building Construction: Principles, Materials, and Systems © 2008 Pearson.
Cladding attachment.
SELECTING INSULATION MATERIALS  Insulation can serve as more than just an energy barrier, providing fire resistance, humidity control, and noise reduction.
Precast Concrete Panel Group 6 Alex Cooper Yadir Avila Erjan Kadrakunov.
There are various ways to perk up and save money on your energy consumption and reduce your CO2 emissions. One effective way is by insulating our home.
Atlas is pleased to present…. What Is a Radiant Barrier? The Turkey Analogy.
Technology in Architecture
Truss Heel Heights and Energy Code Requirements
Insulation Dr. Qing Wang
Prescriptive R-values, U-factor equivalents, and total ua analysis
Continuous insulation primer
Architectural Dimensioning Part 1
Temperature and Heat Loss
Presentation transcript:

Flash and FOIL® Frame Wall Insulation

Module 1 Masonry Wall Insulation Hybrid Spray Foam and Reflective Insulation System – Fi-Foil® Company Introduces…

What is Flash & Foil? Fi-Foil’s new Flash & Foil Frame Wall Insulation is an improved insulation solution designed to save you money. This solution has advantages to Flash and Batt systems. Combine Fi-Foil’s VR Plus Shield® Reflective Insulation with spray foam insulation to reduce costs and provide code-compliant R-Values in any frame wall construction. Drop the Batt - Flash & Foil™! Flash & Foil™ is a National Solution for Frame Wall Foam Insulation

Why replace fiberglass batt with Fi-Foil’s VR Plus Shield® Reflective Insulation? 1)Code Compliant Wall R-Values…R-values for Flash & Foil in 2 x 4 inch wall range from R-11 to R-19, based on the foam manufacturer’s R per inch and the thickness of the foam. A complete table of R-Values determined by the thickness and type of spray foam to follow on separate slide (Table 1). 2)Less Cost… typical savings of 25% versus fiberglass batts. 3)Stops Radiation…as a reflective insulation, VR Plus Shield’s multiple layers separate to create three reflective air spaces to virtually eliminate heat transfer. 4)Less Storage Space…500 square foot rolls are easy to store and transport. 5)Vapor Retarder…available in Hi-Perm (perforated version) that allows vapor transmission and in Standard (non-perforated version) that functions as a vapor retarder, if required by code. 6)Green Building Material…contributes to Green Building Certification credits for Energy Efficiency.

VR Plus has a Class A Flammability Rating Also available in Hi-Perm (perforated version) to allow vapor transmission or in Standard (non-perforated version) to perform as a vapor retarder. Offered in 16” and 24” width rolls with tape tab for installing over Metal Framing or with staple tab for Wood Framing.

How does Flash & Foil™ work? Step 1: Spray the desired thickness of foam insulation on the inside of the frame wall which seals the joints and provides thermal protection by reducing air infiltration and adding thermal resistance. Instead of 3-1/2” or 5-1/2” of spray foam in a 2 x 4 inch or 2 x 6 inch cavity respectively, a thinner layer of foam (flash) is used to air seal the cavity. Step 2: Apply VR Plus Shield reflective insulation (foil) to the face of the studs. The three layers of VR Plus Shield expand to form reflective air spaces in the remaining portion of the 2 x 4 inch or 2 x 6 inch cavity. REQUIRES 1-1/2 INCH AIR SPACE FOR VR PLUS TO EXPAND INNER LAYERS

How are R-Values calculated for Nominal 2 x 4 inch and 2 x 6 inch Wood Frame Wall Cavities insulated with VR Plus Shield® and Spray-applied Cellular Foam Plastic Insulation? The thermal resistance (R-values) for combinations of Fi-Foil VR Plus Shield Reflective Insulation and spray-applied cellular foam plastic insulation have been calculated using a procedure published in ASTM STP Figure 1. Top View of Wall Cavity with Foam and Reflective Insulation Assembly Exterior Sheathing 1” Spray Foam VR Plus Shield Hi-Perm (requires minimum 1-1/2” air space) 3 ½” Studs 24” on Center

2x4 Frame Walls2x6 Frame Walls System Inches of Spray FoamFoam R Reflective System RTotal R * Reflective System RTotal R * Foam R*=6.0 2" " " Foam R*=5.0 2" " " Foam R*=3.5 2" " " Table 1. R-Values for Flash & FOIL™ Frame Wall Application R* - thermal resistance per inch of thickness: ft²·h·°F/Btu · in R - thermal resistance: ft²·h ·° F/Btu * - rounded in accordance with FTC Rule 460 (R-Value Rule) (All cavity R-Values are reported in customary U.S. units at mean temperature of 75°F)

Flash & FOIL Thermal Performance with Closed Cell Foam *1” Closed Cell Foam R - 6 R - 14 VR Plus Shield Hi-Perm R *2” Closed Cell Foam R - 12 R - 19 VR Plus Shield Hi-Perm R Flash & FOIL Thermal Performance with Closed Cell Foam *1” Closed Cell Foam R - 6 R - 14 VR Plus Shield Hi-Perm R *2” Closed Cell Foam R - 12 R - 19 VR Plus Shield Hi-Perm R Flash & FOIL™ Thermal Performance with Closed Cell Foam 1” of Closed Cell Foam R – 6.5 R – 14 VR Plus Shield® Hi-Perm R ” of Closed Cell Foam R - 13 R – 20 VR Plus Shield® Hi-Perm R Closed Cell Foam now available in R-6.5

Flash & FOIL™ Frame Wall Application 2” x 4” or 2” x 6” Frame Walls OSB VR Plus Shield Hi-Perm (adds at least R-7.0) 2” Spray Foam (2 lb. or Closed Cell) Reflective Air Spaces Reflective Air Space (determined by depth of framing and thickness of foam)

Overall Benefits of Flash & Foil™ Spray Foam Seals Wall Cavities Reduces Air Infiltration Adds a High R-Value per inch VR Plus Shield Reflective Insulation No Fibers Cost-effective Vapor Retarder Option Meets Code Compliance Simple Installation Process! Class A Flammability Rating