Category: Department

When it comes to painting, achieving full coverage with minimal effort is every contractor’s and homeowner’s goal The challenge of getting a smooth, even finish with fewer coats is particularly significant in commercial spaces, large projects, or when working with difficult surfaces.

When designing and constructing buildings, safety is a top priority, especially when it comes to fire prevention Fire-rated drywall systems play an essential role in creating safe, fire-resistant spaces by limiting the spread of fire and providing occupants with critical time to evacuate.

Multi-use facilities—such as community centers, schools, and mixed-use developments—require partition walls that effectively control sound transmission to provide privacy, reduce noise distractions, and comply with building codes Sound-rated partition systems combine drywall assemblies, insulation, and specialized framing to meet these acoustic performance needs.
Procurement and design teams focused on occupant comfort and regulatory compliance benefit from specifying partition wall systems with proven sound attenuation characteristics.
Key Elements of Sound-Rated Partition Walls
Multiple Layers of Drywall
Additional layers increase mass and block airborne sound.
5/8” Type X drywall is often used for fire-rated, sound-rated walls.
Cavity Insulation
Mineral wool or fiberglass batts absorb sound waves within stud cavities.
Dense mineral wool offers superior fire and acoustic performance.
Resilient Channels and Sound Isolation Clips
Mechanically decouple drywall from framing to reduce vibration transmission.
Double Stud or Staggered Stud Walls
Separate framing members minimize structural sound transmission.
Acoustic Sealants and Gaskets
Seal joints, gaps, and penetrations to prevent sound leaks.
Performance Standards
Achieving Sound Transmission Class (STC) ratings of 50+ is common for multi-use facilities.
Testing per ASTM E90 and E413 ensures assembly performance.
Design and Installation Best Practices
Fully fill cavities with insulation without compressing.
Avoid bridging resilient channels with fasteners.
Properly seal perimeter and service penetrations.
Coordinate with mechanical, electrical, and plumbing trades for sound control.
Benefits
Enhanced privacy and noise control.
Compliance with building and fire codes.
Improved occupant satisfaction and productivity.
Conclusion
Sound-rated partition wall systems are critical in multi-use facilities to create functional, comfortable spaces.

Swimming pools and aquatic facilities expose tile installations to aggressive chemical environments, including chlorine, bromine, salts, and pH fluctuations These harsh conditions challenge tile adhesives, risking bond failures, discoloration, and costly repairs.

When it comes to construction and renovation projects, joint movement and expansion are inevitable Over time, buildings and structures will settle, experience temperature changes, or be exposed to moisture, causing materials to shift.

Built-up roofing (BUR) systems have been a staple for flat and low-slope roofs across commercial, industrial, and institutional buildings for decades Known for their multi-ply redundancy and durability, BUR systems still face common aging issues like UV degradation, ponding water, and thermal cycling stress.

In high-traffic commercial and industrial environments, flooring isn’t just about aesthetics—it’s a critical component of safety, durability, and operational efficiency For procurement heads and facility managers, selecting the appropriate floor coating is essential to withstand the rigors of daily operations, from heavy machinery to chemical spills.
Understanding the Demands of High-Impact Zones
High-impact zones, such as warehouses, manufacturing plants, and commercial kitchens, are subjected to constant stress.

Commercial roofs face constant environmental stress—UV radiation, temperature swings, wind uplift, and ponding water Over time, these factors degrade traditional roofing membranes, leading to cracks, leaks, and costly repairs.

Fast, accurate, and durable installations are at the heart of any successful commercial or residential drywall project In today’s construction environment, procurement heads, contractors, and operations managers are under constant pressure to reduce labor costs, prevent material waste, and meet tight deadlines.

Paint is often one of the final steps in a commercial build—but it plays a pivotal role in achieving health-based building standards From LEED v4.1 to WELL and Fitwel, low-VOC (volatile organic compound) paint systems are essential for improving indoor air quality, supporting occupant health, and reducing environmental impact.
For specifiers, project managers, and procurement teams tasked with delivering LEED-certified projects, selecting compliant paint isn’t just about meeting a checklist—it’s about choosing coatings that perform, contribute to points, and align with evolving green building mandates.
Here’s what you need to know to make informed, cost-effective choices about low-VOC paint systems that deliver both performance and compliance.
Why VOCs in Paint Matter
VOCs are emitted as gases from certain solids or liquids—like paint.