Building Insulation | Metal | Fiberglass, Certified
Maybe your like
Insulation systems for metal buildings are considered a critical building component in today’s construction. Fiberglass metal building insulation is different than the traditional home building insulation product:
- It’s manufactured in lengths and widths to match the widths and span of metal girts and purlins
- It’s engineered to meet the unique thermal and acoustical requirements for metal
Fiberglass metal building insulation is also an important component for ASHRAE 90.1 and IECC energy code compliance.
Where is it used?
Fiberglass metal building insulation is used to insulate exterior walls and roofing systems of metal buildings. It is also used as an additional layer of insulation in metal re-roof applications, on built-up roofs, and single-ply roofs typically used on commercial buildings.
Insulation benefits in metal buildings
- Controls Heat Flow – to regulate the rate of heat transfer throughout the building and reduce energy consumption
- Controls Condensation – on interior building surfaces, when properly installed with a vapor retarder
- Controls Noise – by preventing transmission of exterior sounds and absorbing reverberating interior sounds
- Increases Lighting Efficiency – when laminated insulation facing is used for walls and ceilings, it reflects light
What is certified metal building insulation?
NAIMA 202-96® Certified Metal Building Insulation is fiberglass insulation that’s laminated and manufactured specifically for the metal building market. Certified to a specific set of standards, this type of insulation is manufactured to retain its R-value after lamination, which is critical to properly insulate metal buildings.
Tested for performance
NAIMA 202-96® certified fiberglass metal building insulation is manufactured so it meets the intended R-Value after being laminated. NAIMA 202-96 insulation materials have been independently tested to meet the thermal, fire, and moisture, requirements in metal buildings.
Quick Links
- 5 Priority Air Sealing Locations for New Homes – Video
- About NAIMA
- NAIMA Members
- Health & Safety
- Benefits of Adding Insulation to Existing Homes
- About Insulation
- Comparing Insulation Types
- How Insulation Works
- Where to Insulate
- How Much Do I Need?
- Home Energy Assessment
- Preventing Moisture Issues
- Health & Safety
- Environmental Considerations
- Installation
- DIY vs. Hiring a Pro
- Doing it Yourself
- Attics and Ceilings
- Walls and Knee Walls
- Floors
- Choosing a Pro
- Why Insulate
- Value & Savings
- Insulating for Comfort
- Insulating for Sound
- Preventing Ice Dams
- About Insulation
- Blog
- Blog 2
- Blog 3
- Case Studies
- Contact Us
- FAQs
- Home page
- Homepage
- I’m a Building or Facility Professional
- Air Handling
- Why Insulate
- Installation Guidance
- Codes & Standards
- Health & Safety
- Commercial
- Comparing Insulation Types
- Why Insulate
- Installation Guidance
- Installation Preparation
- Moisture Management
- Moisture Control: Utilizing Vapor Retarders
- Ceilings
- Walls and Knee Walls
- Floors
- Codes & Standards
- Health & Safety
- Environmental Considerations
- Metal Buildings
- Industrial
- Comparing Insulation Types
- Why Insulate
- Installation Guidance
- Codes & Standards
- Health & Safety
- Piping
- Comparing Insulation Types
- Why Insulate
- Installation Guidance
- Codes & Standards
- Health & Safety
- Residential
- Comparing Insulation Types
- Why Insulate
- Installation Guidance
- Grade I Installation
- Installation Preparation
- Moisture Management
- Moisture Control: Utilizing Vapor Retarders
- Attics and Ceilings
- Walls and Knee Walls
- Floors
- State Residential Building Energy Codes and Insulation Requirements
- Health & Safety
- Environmental Considerations
- HERS Raters
- Air Handling
- Installation Test Page
- Literature Order Form
- NAIMA BLOG TEST PAGE
- New Resource Page
- News & Industry Issues
- Industry News
- NAIMA Releases Environmental Product Declarations for Mineral Wool Products
- Press Release
- ICF Report Reveals Eighty-Nine Percent of Homes Are Under-Insulated
- State Building Codes
- Industry News
- No Access
- Privacy Policy
- Sitemap
- Style guide builder
- Style guide homeowner
- Thank You
- Thank you for your order!
- Thank you!
- Tools & Resources
- Grade 1 Certificate
- Grade 1 Insulation Certification Training
- Grade 1 Insulation Certification Training Spanish
- Resource Library
- Home Insulation
- General Product Information
- Health & Safety
- Installation & Application
- 5 Priority Air Sealing Locations for Energy Efficient Homes
- Installation & Application
- Insulation & the Environment
- Commercial / Industrial
- Air Handling/Duct Work
- Metal Building Insulation
- Product Performance
- NAIMA R-Value Certification Program Frequently Asked Questions
- Codes and Standards
- Marketing Material
- How-to-Videos
- Free 3E Plus®
- Glossary
- Tools & Resources
- Welcome To NAIMA
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Ohio
- Oklahoma
- Oregon
- Pennsylvania
- Rhode Island
- South Carolina
- South Dakota
- Tennessee
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming
NAIMA Members
For details on metal building insulation, consult these downloadable resources:
AHSRAE 90.1 Compliance for Metal Buildings
Recommendations for Installing Fiber Glass Insulation in Metal Buildings
Facts About Lamination Process Control and Thickness Recovery After Lamination
Facts About Certified NAIMA 202-96® Insulation
NAIMA 202-96®: Standard For Flexible Fiber Glass Insulation to be Laminated for Use in Metal Buildings
Facts About Moisture and Fiber Glass Metal Building Insulation
Fire and Thermal Performance of Reflective Insulations in Metal Building Applications
The Facts About the Acoustical Performance of Metal Building Insulation
button We use cookies to collect information about how you interact with our website and allow us to remember you. We use this information in order to improve and customize your browsing experience. We’ll always keep your data safe and secure. To find out more about the cookies we use, please read our Privacy Policy.Tag » How To Insulate A Metal Building
-
How To Insulate A Steel Building
-
The Ultimate Guide To Insulating A Metal Building - IDI Distributors
-
How To Insulate A Metal Building / Double Bubble Foil Insulation
-
How To Insulate A Metal Building Tear Proof Foam & Foil Insulation
-
How To Insulate A Metal Building Or Garage - Part 1 - YouTube
-
How To Insulate A Metal Building / Foam & Foil Insulation - YouTube
-
How To Insulate Your Metal Building - CDMG
-
Insulation For Steel Buildings: Advantages And Materials
-
Insulation And Condensation Control For Steel Buildings
-
How To Insulate A Steel Building Or Metal Building - ShelterLogic
-
How To Insulate An Existing Metal Building
-
How To Insulate A Metal Building: Master Guide
-
Metal Building Insulation 101 | How To Choose The Right Material(s)