The Reflective Insulation Manufacturers Association International (RIMA-I) along with ASTM International and their certification team at SEI (Safety Equipment Institute) have teamed up to strengthen the reflective products industry through the voluntary Product Verification Program. This program verifies reflective products meet, or exceed, ASTM International standards and codes and are thoroughly tested to perform as …
The Reflective Insulation Manufacturers Association International (RIMA-I) will hold their Spring meetings at the Loews Hotel in downtown Philadelphia, PA, April 10-11, 2024. These are the association’s working meetings where each of our committees meet to discuss assigned projects, address current industry issues and work on ongoing and upcoming projects. The full membership will also …
As we begin another new year, many reflect on the last and search for ways to improve going forward. One way to identify how to do that is identifying what you want more of in the months to come. Perhaps it’s more revenue, more customers, more visibility and presence, more opportunities to expand your knowledge …
The Reflective Insulation Manufacturers Association International (RIMA-I) will hold their fall meetings at the Churchill Hotel in Washington, DC, November 1-2. These are the association’s working meetings where each of our committees meet to discuss assigned projects, address current industry issues and work on ongoing and future projects. The full membership will also meet to …
Once you decide to add a radiant barrier or reflective insulation to your project, the next logical step is finding the product that will work best for you. But shopping is a challenge because if you’re not knowledgeable about how the products work, the good things you see advertised – even if they are factual …
The Reflective Insulation Manufacturers Association International (RIMA-I) recognizes and supports the ASTM standards for radiant barriers specifically ASTM C1313, ASTM C1158, and ASTM C168. Radiant barriers function by reducing heat transfer by radiation. The thermal performance or the reduction of radiant heat transfer is directly proportional to the surface emittance of the radiant barrier material. …