FAQs
More FAQs- What causes mould?
- My wood floors are wet and buckling. Will they have to be replaced?
- Do I need to move my business out of my commercial property during the fire restoration process?
Excess moisture caused by leaks or flooding in your commercial property — especially in typically damp environments like the kitchen and bathrooms — creates the perfect breeding ground for mould or mildew. To control and reduce the risk for mould growth in these areas, you must properly maintain your plumbing system and monitor any appliances in your facility that use large quantities of water, such as dish washers. Small amounts of indoor mould are unavoidable and usually harmless. In damp environments, however, mould spores can more easily reproduce and cause more serious and difficult to remove mould problems.
Wood flooring in your home that has been damaged by water must be continually evaluated by qualified technicians during the drying process. We use professional-grade drying systems and dehumidifiers to create the ideal environment for wood floors to dry efficiently, and optimally to resume their original shape. Depending on the density of hardwood flooring and the type of finishes used, complete drying may take up to three weeks or longer. If you file a claim, your insurance adjuster will work with you to make the final decision as to whether the floors in your home will need to be refinished or replaced.
Depending on the extent of damage from the fire, this is ultimately your decision. Some things you may want to consider are safety concerns, odours, electricity, and disruption to your business as a result of the equipment, work and noise that may be necessary to complete the restoration process. If vacating your premises during the process, consider informing all customers and associates; forwarding your mail to your temporary location; stopping or redirecting pickups and deliveries; and notifying all utility companies, of the temporary suspension of services to your usual business location during the restoration process.