In recent years a new technique of drying has developed. Although desiccant drying and are most likely the best-known and practiced strategies of drying, heat drying has become a new and recent favorite. The utilization of convective heat has been shown to be the most effective drying method under many circumstances.
It is somewhat of an underestimation to call heat drying “new” because it is something that we as people for many years use in our everyday lives. As an example, materials dry quickly once placed into a clothes drier. The materials are exposed to air movement and warmth and also the wetness is evaporated from the fabric and out of the dryer. As long as the moisture is removed, the materials can dry. Applying high temperatures to a wet structure isn’t always as straightforward, however the concept is similar.
The benefits of heat drying are many
- It provides a faster and more efficient drying process to carpet, drywall, acoustic ceilings and insulation.
- It provides a more thorough and complete drying process through which building materials are restorable.
- It reduces business-loss interruption so tenants can reoccupy the building faster.
- It decreases the drying time of large open-air spaces and vaulted ceilings.
- It reduces secondary damage where building swelling and hardwood floors are not disposed.
- It stops potentially harmful microbial growth that amplifies in the presence of moisture.
- It increases building wellness because thorough heat drying procedures are able to benefit the wet building immediately.
- It returns the building to its pre-loss moisture equilibrium at a faster rate.
It provides a quicker and additional economical drying method to carpet, drywall, acoustic ceilings and insulation.
It provides a additional thorough and complete drying method through that building materials ar restorable.
It reduces business-loss interruption therefore tenants will reoccupy the building quicker.
It decreases the drying time of huge alfresco areas and domed ceilings.
It reduces secondary harm wherever building swelling and hardwood floors don’t seem to be disposed.
It stops probably harmful microorganism growth that amplifies within the presence of wetness.
It will increase building eudaemonia as a result of thorough heat drying procedures ar able to profit the wet buildingnow.
It returns the building to its pre-loss wetness equilibrium at a quicker rate.
Drying with Heat
Structural drying with provides the benefits listed above, and adds a significant new element – structural pasteurization. This combination of effective, efficient drying and sanitation is unparalleled in the restoration industry.
Our process provides an engineered solution to drying contaminated structures. We utilize specialized equipment and processes and have received a significant level of training. This unique combination of technology and experience provides them with the ability to heat a structure to the appropriate temperature to effectively dry the structure and sanitize it, while minimizing the potential for damage to both structure and contents.
Structural drying provides the advantages listed on top of, and adds a big new part – structural pasteurisation. this mixture of effective, economical drying and cleanup is un equalled within the restoration trade.