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From concrete to wallboard to millwork, materials used to construct buildings absorb moisture. While a small amount of moisture is necessary for materials to cure properly and prevent cracking or distortion, excess amounts pose a variety of risks, including project delays, adhesive and coating failures, and mold growth. To prevent and combat moisture-related problems, contractors look to temporary climate solutions, such as heaters and dehumidifiers. By knowing which process is better for your application, your moisture control efforts will be more effective.

Dry air plays a vital role in pharmaceutical development. The right conditions in a pharmaceutical manufacturing facility ensure the effectiveness and quality of the drugs produced. Without humidity control for pharmaceuticals, medications succumb to potency losses, oxidative degradation, de-sterilization and irreversible destabilization. From the earliest stages of research and development to large-scale production of the final product, specific climate conditions must be maintained at every step of the process.

The right conditions in a pharmaceutical manufacturing facility ensure the effectiveness and quality of the drugs produced. Without humidity control for pharmaceuticals, medications succumb to potency losses, oxidative degradation, de-sterilization, and irreversible destabilization. In some cases, poorly controlled environments may even lead to toxic degradation that is difficult to detect. By pairing temporary humidity control solutions with processes that prevent oxygen absorption, such as the use of special packaging, pharmaceutical manufacturers will experience reliable and constant conditions, lower production costs, and improved quality.

Accuracy is crucial in food testing labs. When temperature and relative humidity levels within a facility are not ideal, the conditions could skew results, change the composition of food and compromise the integrity of samples. By using humidity control for food labs, a facility will experience improved accuracy, manufacturing quality control, and consumer safety.

As a cellulose product, paper is naturally hygroscopic, making it dimensionally unstable and vulnerable to temperature and humidity changes. In attempt to reach an equilibrium state with its surroundings, paper collects and releases moisture, which may affect its flatness, dimensions, strength, performance, conductivity and fold. The material only reaches an equilibrium state when it neither absorbs nor loses moisture in an environment. Fortunately, it is possible to manipulate and control an environment using humidity control for paper production. By understanding how humidity affects paper and pulp production, you can prevent costly problems and better ensure customer satisfaction.