Member Spotlight
LiveGreen, Inc. is an energy efficiency company helping homeowners/builders create a well defined thermal boundary on their homes which helps to promote better indoor air quality and lover operating costs.
We know that when homes are optimized for energy efficiency, people save money. Whether you’re a homeowner or a building contractor, our experienced professionals will help you find the right solution to fit your needs.
Our Story
In 2003, current LiveGreen owners Roland Blaise and Bruce Eickhoff began Triangle Sealed Crawls after being introduced to the concepts behind sealed crawl space systems. Roland and Bruce understood the benefits homeowners could receive by moving beyond a simple plastic ground cover and installing a system that controls moisture, lowers utility bills, and improves air quality.
In 2009, Triangle Sealed Crawls started working with LiveGreen, Inc., a leading provider of eco-friendly home improvements. Local to the Triangle area, LiveGreen was founded on the principle that there are many cost-effective home improvements that result in a healthier, more energy efficient home. Triangle Sealed Crawls merged with LiveGreen and the combined company continues to lead the way in cost-reductive, eco-friendly home improvements.
We know that when homes are optimized for energy efficiency, people save money. Whether you’re a homeowner or a building contractor, our experienced professionals will help you find the right solution to fit your needs.
Our Story
In 2003, current LiveGreen owners Roland Blaise and Bruce Eickhoff began Triangle Sealed Crawls after being introduced to the concepts behind sealed crawl space systems. Roland and Bruce understood the benefits homeowners could receive by moving beyond a simple plastic ground cover and installing a system that controls moisture, lowers utility bills, and improves air quality.
In 2009, Triangle Sealed Crawls started working with LiveGreen, Inc., a leading provider of eco-friendly home improvements. Local to the Triangle area, LiveGreen was founded on the principle that there are many cost-effective home improvements that result in a healthier, more energy efficient home. Triangle Sealed Crawls merged with LiveGreen and the combined company continues to lead the way in cost-reductive, eco-friendly home improvements.
Technical Documents
SPFA-130 Spray Polyurethane Foam Roofing
SPFA-154 A Homeowner's Guide to Spray Polyurethane Foam
General
- SPFA-118 Moisture Vapor Transmission
A 15-page paper on moisture vapor transmission through SPF including tables and sample calculations. - SPFA-119 Glossary of Terms
40 pages of definitions from A to Z common to the SPF Industry (updated in May 2016.) - SPFA-121 Spray Polyurethane Foam Estimating Reference Guide
Designed and compiled by the SPFA Technical Committee to include just about anything that could accept an SPF application. 64 pages of tables and calculations galore to assist your estimator and make his/her job easier and more accurate. - SPFA-137 Spray Polyurethane Equipment Guidelines
For those entering the SPF business in the selection of application equipment. Listed are the five equipment elements necessary to spray polyurethane foam. Substantial revisions June 2018 including descriptions of all chemical handling equipment from the A- and B- component storage to the spray gun. - SPFA-143 Primers: Why, When and How to Use Them
5-pages detailing the necessity for a primer and which to use on what substrate. - SPFA-144 Coating Equipment Guideline
This is a substantial revision of the document, last published in 2005. It includes descriptions of and selection advice for all equipment needed for application of single and plural component systems used for primers, fire protective coatings and roof covers. The purpose of this guideline is to assist those new to the spray polyurethane foam (SPF) business in the selection of equipment to apply protective coatings and primers.
Insulation
- SPFA-112 Spray Polyurethane Foam For Residential Building Envelope Insulation and Air Seal - This document discusses the application of SPF Insulation for residential applications. NOTE: This document is currently under revision and the update version will be published later in 2020.
- SPFA-126 Thermal and Ignition Barriers For The SPF Industry
The major revision of this document in 2011 clearly explains the requirements for both thermal and ignition barriers, and the tests currently accepted to qualify these materials. This new document represents significant changes to contest to address recent changes in 2016 IRC and IBC model building codes. (Revised 2016) - SPFA-134 Guideline for Insulating Metal Buildings with Spray Applied Polyurethane Foam
17-pages including substrate considerations, vapor retarder applications, thermal barrier applications and four vapor drive details. - SPFA-140 Spray Polyurethane Foam for Exterior Subgrade Thermal and Moisture Protection
10-pages of Subgrade evaluation and preparation guidelines including waterproofing and moisture protection. This document focuses on the application of closed-cell SPF insulation on the exterior side of below-grade walls. - SPFA-141 Spray Polyurethane Foam for Cathedralized Ceilings and Unvented (Conditioned) Attics
This document provides design and installation guidance for SPF insulation directly beneath sloped roof decks above cathedralized ceilings and unvented/conditioned attics. - SPFA-145 Surface Texture Of Spray Polyurethane Foam
SPF surface texture is the resulting surface from the final pass of SPF. This document addresses these. - SPFA-146 Spray Polyurethane Foam for Hybrid Insulation Systems - Part 1: Climate Zones 1-3
Provides a set of best practices for installing SPF in a hybrid insulation applications. Hybrid insulation systems covered in this document include the use of medium-density, closed-cell spray foam for insulation and air sealing in combination with air and moisture permeable insulations. - SPFA-147 Spray Polyurethane Foam for Hybrid Insulation Systems - Part 2: Climate Zones 4-7
Provides a set of best practices for installing SPF in a hybrid insulation applications. Hybrid insulation systems covered in this document include the use of low-density and medium-density spray foam for insulation and air sealing in combination with air and moisture permeable insulations. - SPFA-148 SPF Insulation Installation Certificate
This form must be completed and posted to comply with building code requirements for insulation levels and fire safety. This form is intended to be a guide or template only. - SPFA-149 Architectural Specification for High-Pressure Spray Polyurethane Foam Insulation (CSI-Model Spec)
A model specification offering references to SPF insulation language, for use by architects, specifiers, construction professionals, and customers, in CSI-Model format. - SPFA-152 Spray Polyurethane Foam Insulation for the Interior of Basement and Crawlspace Walls
Provides contractors and design professionals with important details regarding installation of SPF on the inside of crawlspace and basement walls, including best practices for insulating and air sealing the foundation-framing interface. - SPFA-153 Spray Polyurethane Foam Insulation for Below-Slab Applications
Provides guidance for installation of closed-cell SPF below concrete slabs.Includes best practices for using closed-cell SPF prior to the installation of sub-grade concrete slabs. Details include addressing proper drainage and soil gas control using SPF. - SPFA-154 Insulation Marketing Brochure
Roofing
- SPFA-102 A Guide for Selection of Elastomeric Protective Coatings Over Sprayed Polyurethane Foam
A 19 page guideline covering the generic types of elastomeric coatings, the why and how to achieve the best performance for the life of a warranty. - SPFA-104 Spray Polyurethane Foam Systems for New and Remedial Roofing
There are 26 Illustrated design details included in this 46-page document, which is the most important guideline for the SPF roofing contractor or his/her applicator. - SPFA-107 Spray Polyurethane Foam Blisters
What causes blisters? How can blisters be prevented? Different types of blisters are discussed and repair procedures are spelled out in this 6-page document. - SPFA-110 Spray Polyurethane Foam Aggregate Systems for New and Remedial Roofing
This is an 18-page document that details considerations dealing with SPF aggregate systems and new and remedial roofing. - SPFA-122 The Renewal of Spray Polyurethane Foam and Coating Roof Systems
A 16-page document covering roof preparation, procedures and considerations including maintenance procedures. - SPFA-127 Maintenance Manual for Spray Polyurethane Foam Roof Systems
This nine-page manual, with photos, provides the building owner and maintenance personnel with a basic guideline for the maintenance and repair of SPF roof systems. This is the brochure that you leave with the building owner/manager when your project is finalized. - SPFA-130 Spray Polyurethane Foam Roofing
Updated SPF Roofing Brochure - The high performance, cost effective, weather resistant solution for commercial, industrial and residential structures. - SPFA-138 Guideline for Roof Assembly Evaluation for Spray Polyurethane Foam Roof System
8-pages including roof surface assembly considerations. What is an acceptable substrate surface for SPF application? Criteria for recover, re-roof, and tear-off. - SPFA-139 Recommendations for Repair of Spray Polyurethane Foam Roof Systems due to Hail and Wind Driven Damage
This document provides a means to evaluate information collected from the investigation of an SPF roof system after damage has occurred and to make recommendations for the rehabilitation and/or repair of the damaged areas. - SPFA-142 A Guideline for Securing Roofing Components with SPF Adhesives
Colored photos of typical jobs including single and dual component adhesives and how to apply them. - SPFA-150 Photo-Voltaic Systems and SPF Roof Systems
This document provides SPF (Spray polyurethane foam) professionals an understanding of PV systems and how they interface with and affect the performance of SPF Roofs.
Specialty
- SPFA-103 Spray Polyurethane Foam Insulation Systems For Metal Service Vessels Operating Between -35oC (-30oF) and 93oC (200oF)
25 Pages including 9 Detail drawings and the 5 SPF photos showing the profiles of acceptable and non-acceptable SPF applications. - SPFA-111 Spray Polyurethane Foam Systems for Cold Storage Facilities Operating Between - 40oC and + 10oC (- 40oF and + 50oF )
For those designing cold storage facilities and utilizing the insulating qualities of SPF, this document is a must.
SPFA believes that the path to a healthful, safe, high-quality and performing SPF installation travels through the hands of a knowledgeable, trained, experienced, and ideally PCP-certified professional contractor.
