One of the many challenges facing facility managers is the cost of maintaining facilities that weren’t meant to last.  

In institutional facilities like hospitals, residence halls, and correctional centers, restrooms are some of the most high-traffic areas in the building. They require thorough, frequent maintenance, including cleaning, sanitizing, repairs, and all too frequently - replacement. The combination of heavy physical use and harsh chemicals can shorten the lifespan of building materials in these areas, as can vandalism or intentional damage, which is a risk in some settings.  

Even so, many purchasing decisions are based primarily on upfront costs. Common restroom surface materials are cheap to buy and relatively inexpensive to install but cost much more to maintain and replace over time.  

If your maintenance budget is eroding too quickly, it’s a sign that long-term operational costs need to be a higher priority when selecting materials.   

In commercial restroom projects, safety is often evaluated after installation. Finished surfaces are inspected, durability is tested and cleaning protocols are established. But many of the most meaningful safety decisions happen before materials ever reach the jobsite. They take place inside the manufacturing process, where material selection, fabrication methods and quality controls directly influence how safely products can be handled, installed and maintained. 

This is where solid surface manufacturing makes a measurable difference in the performance of safe restroom materials. From reducing hazardous exposures during fabrication to supporting more predictable installations, manufacturing choices play a critical role in reducing risk throughout the project lifecycle. 

Cleaning protocols and staff training are critical in healthcare environments, but infection control begins long before employees enter the picture. It starts with choosing the right materials for patient spaces. Those materials can either reduce risk or quietly contribute to healthcare-associated infections, compliance failures and liability over time.

Bathrooms and showers are among the most challenging spaces to keep hygienic, so material choices for those areas are particularly important. Solid surface shower systems offer a material-driven approach to infection prevention that reduces cleaning complexity, limits microbial harborage and supports long-term healthcare compliance.

Selecting the right shower material for high-traffic facilities is rarely a simple decision. Facility managers, architects and specifiers must balance durability, maintenance demands, budget constraints and long-term performance, all while planning for constant daily use. Materials that perform well in low-traffic environments often struggle under the wear and tear of shared facilities, leading to costly repairs and premature replacements. 

In these demanding settings, high-traffic facility shower solutions must withstand heavy use, reduce maintenance demands and lower the overall commercial shower lifecycle cost. That reality has led many decision-makers to take a closer look at solid surface as a long-term solution. 

University bathrooms withstand some of the toughest conditions of any commercial facilities. From residence halls and recreation centers to academic buildings and student unions, these spaces endure constant traffic and heavy use. Understanding the most commonly used institutional bathroom materials can help universities make smarter decisions that reduce labor, downtime and total lifecycle cost.

A commercial countertop will see more traffic in a month than a standard home countertop will see in its entire lifetime. All of the spills, scuffs, and scratches take an immense toll on it, with some materials fairing better than others. So, which material should a contractor, architect, or construction manager select? To help you make the best decision, let’s look at five countertops in five scenarios, and examine the pros and cons for each.

Commercial bathroom projects move fast. Tight timelines, strict specs and coordination among multiple trades mean every step needs to go smoothly. For contractors, the materials and partner you choose can make all the difference between finishing on time or falling behind. 

Designing a commercial bathroom is an exercise in balance. Architects and designers must create spaces that look refined and intentional while standing up to the constant wear that comes with public use.  

As a university facilities manager, you have probably had many experiences with shower base issues. From leaking showers that cause water damage to mold growing on hard-to-clean bases, residence hall showers can be a source of aggravation. When researching materials, focus on the challenges commonly faced by your campus to find solutions. There are three aspects you should first evaluate to ensure you select the best material possible. This blog details how to determine which shower base material is the best choice for university bathrooms.