Building Better Washrooms  

Shower Material Selection Strategies

Sponsored by Inpro | Presented by Travis Aldridge

Live Webinar Airing on December 11, 2025 at 02:00 PM ET

Discover how selecting the right washroom materials contributes to long-term project success. This course examines the balance of durability, design intent, and in-field performance across common composite washroom materials, including fiberglass, acrylic, and cultured marble, alongside tile and solid surface. Each material is evaluated for how it performs under the pressures of daily use, aggressive cleaning routines, accessibility, and complex installation conditions. This course highlights how informed material choices can reduce callbacks, extend lifecycle value, and enhance the user experience, particularly in high-use environments such as healthcare, education, and institutional spaces.

Photo courtesy of Inpro Corporation

 

Speaker

Travis Aldridge has been in the solid surface industry since 1996. During that time, his career has covered virtually all aspects of the industry, from engineering solid surface materials, plant layout, machine design, engineering solid surface product lines, mold designs, sales of solid surface products, and project management to presenting information to the architect and design community. Since 2005, Travis has focused on designing and promoting commercial solid surface shower products with an emphasis on ADA code compliance. With this experience, he brings not only compliance information but years of hands-on project management experience in the construction industry.

Originally published in Architectural Record

Originally published in October 2025

LEARNING OBJECTIVES
  1. Compare the durability, maintenance requirements, and long-term performance of fiberglass, acrylic, cultured marble, tile, and solid surface shower systems.
  2. Identify common installation challenges and material failures in high-traffic environments such as healthcare, education, and government facilities.
  3. Assess how material properties influence health and safety outcomes, particularly in high-use applications. 
  4. Apply evidence-based strategies to specify shower materials that lower lifecycle costs, support hygiene goals, and reduce operational disruptions over time.