Category: Mold Removal

 

What Types of Water Restoration Are Available

Water restoration refers to different potential damages caused by water entering a material or process without being allowed access by destructive natural processes such as decay of organic materials like wood, mildew growth, corrosion of metal, rusting of iron, swelling of composite materials, de-lamination of metals such as aluminum, and others. The different types of damages attributed to water may include softening, staining, etching, shrinking, discoloration, shrinking, freezing, shrinking, and the deterioration of other materials due to water. A wide range of materials may be damaged depending on the extent of damage caused to them by water. This is particularly true of hardwoods such as pine. If pine becomes completely saturated with water, it will lose its natural color to a darker shade than it was previously, as well as becoming brittle, crumbling, and breaking down. If the pine tree is submerged in water for an extended time period the wood will start to rot and eventually die. For more details click Water Mold Fire Restoration of Austin.

Some water sources can be more damaging than others. In the case of saltwater marine life can suffer from both the damage and the availability of fresh, clean water. These species can either be eaten by algae, which results in staining of the flesh, or can suffocate. They can also become too toxic and poisonous to survive, which in turn causes a number of problems including death and poisoning of animals, humans, and plants and eventually death of humans.

All types of water restoration will include some form of protection to prevent further damage and degradation. Whether this protection involves structural structures or just plain protective barriers of different types will depend on the location, age, size, and other conditions present in the area. Water treatment facilities and other areas such as industrial buildings may also provide protection by means of chemical, physical, or biological barriers to prevent harmful effects from the entry of water.