This page provides information on practical guidance to controlmoisturein buildings during design,constructionand maintenance.
Indesigningmoisture-resistantstructures, you're not just building walls—you're crafting a sanctuary. By weaving together innovative materials and cutting-edge ventilation, you shield against the silent creep of mold and decay.
Standard 160 specifies performance-based design criteria for predicting, mitigating or reducingmoisturedamage to the building envelope, materials, components, systems and furnishings—depending on climate,constructiontype and HVAC system operation.

In the evolving world ofconstruction, effectivemoisturemanagement is more crucial than ever. With advances in building codes, increased climate variability, and greater expectations for building longevity,constructionteams are increasingly focusing on building envelope solutions to protect structures from the damaging effects of water infiltration. One of the most reliable ways to achieve ...
Learn six essential strategies to controlmoisturein your building: waterproofing, drainage, site grading,construction-phase drying, ventilation, and leak prevention to extend durability and protect health.

Moving forward, it's essential to keep these visual contexts in mind when discussing Designing For Moisture-Resistant Construction.
ControllingMoisturein Buildings Discover the key principles and strategies for effectivemoisturemanagement in buildings, including design, materials, and maintenance.Moisturemanagement is a critical aspect of building design,construction, and maintenance. Excessivemoisturecan lead to a range of problems, including structural damage, mold growth, and poor indoor air quality. In this ...
The following sections will cover: basicmoisturecontrol principles that should be employed in the design of above-grade building enclosures; driving rain as amoistureload on walls; a classification system of the various rain control strategies available for walls; and finally, good design practices for walls.