Commercial Blog

Looking to speak to a Henry Representative? Schedule a meeting

Most Recent

August 2024

Lateral Water Migration: A Costly Challenge

The American Society for Testing and Materials (ASTM) is developing a standardized test method to evaluate pre-applied waterproofing membranes' resistance to lateral water migration. This phenomenon, defined as water movement from a breach in the waterproofing system along the concrete-membrane interface, can lead to extensive and expensive leak remediation.

Read More

June 2024

How Bentonite Boosts Your Project’s Eco-Friendly Credential

In commercial building and architecture, opting for environmentally friendly materials is key. As professionals committed to sustainable practices, the materials you choose play a crucial role in reducing your projects' environmental impact

Read More

January 2024

A Pragmatic Shift: The Economic Case for Polyurea Coatings

In today's construction landscape, industry professionals are facing a two-fold dilemma: a striking rise in labor shortages and climbing project costs.

Read More

January 2024

How TPO Membranes Bridge the Gap in Commercial Waterproofing

Since their introduction in the 1990s, thermoplastic polyolefin (TPO) membranes have become indispensable workhorses in the commercial waterproofing industry. Here’s why.

Read More

January 2024

Polyurea Coatings Pave the Way for Innovative Commercial Waterproofing Solutions

In the building and construction industry, the demand for materials that offer resilience, longevity, and efficiency is at an all-time high. As the industry aims to construct structures that withstand the test of time, advanced waterproofing solutions – particularly polyurea coatings – are gaining traction. Here’s why.

Read More

November 2023

Contractor's Guide To Strong Waterproofing Membrane Seams

Seams are generally considered the most vulnerable part of a waterproofing system. This is because seams are the areas where two or more sections of the membrane are joined together, creating potential weak points in the barrier against water penetration.

Read More