Watch Our Latest Blogs

Professional Vapor Barrier Installation: The Complete Guide

Professional vapor barrier installation is vital in construction, from protection against moisture-related deterioration to maintaining indoor air quality. The guide advises adhering to local building codes which vary by climate and advocating for regular inspections to avoid moisture damage. It also addresses common installation challenges and solutions, the importance of long-term maintenance and monitoring, and offers best practices for commercial vapor barrier systems.

Know More

Why Do Epoxy Floors Need Vapor Barrier Systems?

Epoxy vapor barriers are vital for protecting floors from moisture-related damage. These barriers, which inhibit moisture migration in concrete slabs, prevent adhesive failure, surface blistering, and mould growth. Effective moisture mitigation relies on proper testing, installation, and maintenance practices to ensure long-term performance and durability of the flooring system. Investments in epoxy vapor barriers offer long-term financial benefits by reducing maintenance costs and preventing expensive flooring repairs and replacements.

Know More

What Is The Right Vapor Barrier Installation Method?

Vapor barriers are critical in construction, particularly for protecting materials from moisture. Their proper installation is crucial for the structure's long-term integrity. For commercial flooring, Class I or II vapor barriers should be placed on the insulation's warm side. The selection of vapor barriers depends on environmental conditions and flooring types. Regular inspections are vital for maintaining the barrier's effectiveness. Proper site preparation, material selection, adhering to building codes and precise installation practices are also essential.

Know More

5 Proven Moisture Barriers For Epoxy Floor Success

Moisture is the leading cause of epoxy floor failures in commercial and industrial settings. Understanding and addressing this issue with effective moisture barriers is essential for the durability of these floors. Techniques such as diamond grinding, two-component epoxy moisture barrier systems, and advanced polymer-modified barrier technology can provide reliable protection against this threat.

Know More
Recent Posts

Calcium Chloride Testing: Is Your Floor Ready?

Calcium chloride testing is a vital step in assessing a concrete slab's readiness for covering materials. The test measures a slab's moisture vapor emission rates by placing a pre-weighed calcium chloride disc under a sealed sheet for 24 hours. The accumulated weight helps calculate vapor emission rates, which ideally range between 3-5. Technicians must adhere to specific protocols to ensure accurate results, which include meticulous surface preparation and maintaining the test setup for 60-72 hours.

How to Test Epoxy Bond Strength on Floors

Epoxy bond strength on floors are assessed using specific tools and protocols to ensure adherence to industry standards. Measurement tools include tensile testing machines, peel strength test devices, and surface preparation tools. To determine if a surface is ready for epoxy bonding, technicians conduct various tests such as moisture testing, visual and tactile inspections, pH testing and surface roughness measurements. Pull-off testing, following ASTM D4541 guidelines, measures the epoxy's bond strength by applying a controlled force on the surface.