Earthquake damage restoration includes cosmetic repair on concrete surfaces to structural maintenance of a building’s foundation, walls, and support beams. Restoration Companies include making improvements to prevent future earthquake damage.
Be prepared to take immediate action after an earthquake by stocking up on supplies and preparing your home.
Depending on the severity of the damage, tuckpointing can be either a cosmetic or a structural repair. It is the process of removing damaged mortar at the outer face of a brick wall and replacing it with a new mortar mix that matches the existing color and texture of the bricks.
Although it is possible to perform tuckpointing as a do-it-yourself project, hiring a professional to handle this task is often better. Tuckpointing requires precise craftsmanship, and if not done correctly, it can lead to further damage to the brick wall or masonry structure. The best time to conduct tuckpointing is in the spring or fall, when temperatures are moderate.
The tuckpointing process can be performed on any type of brick wall, but it is most commonly done at exterior walls. Exterior walls are more likely to deteriorate due to exposure to moisture and precipitation, temperature fluctuations, freeze-thaw cycles, and wind. In addition, older brick structures may be built with lime mortar that is prone to expansion and contraction.
Tuckpointing is an effective way to restore the appearance of a brick wall and extend its lifespan. It also helps reduce energy costs by reducing the amount of heat that is lost through the wall. In addition, tuckpointing can increase the value of your property by making it more attractive and appealing to potential buyers.
In order to protect yourself and your property from earthquake damage, there are several steps you should take before a disaster strikes. Make sure you have a disaster preparedness plan in place, and stock your home with supplies such as bottled water, a first aid kit, a battery-operated radio, and a generator. You should also keep emergency contact information and insurance policy numbers handy.
While most earthquakes occur in remote areas, they can still cause extensive damage to brick-and-mortar buildings. Fortunately, most of this damage is repairable. The most common repairs include cracks, tuckpointing, and roof repair. Although these repairs are costly, they can help minimize further damage and prevent costly structural repairs. If you notice any signs of earthquake damage, you should call a professional immediately to schedule an inspection.
Whether they send major shockwaves across an entire region or small seismic surges through one neighborhood, earthquakes can be devastating. They not only destroy homes and other buildings, but also cause a host of problems ranging from cosmetic damage to structural issues such as foundation cracks or shear walls. While most people think about rearranging shelves or repairing broken belongings following a big quake, it is essential to have a professional evaluate and repair structural damage in order to protect the integrity of a building and minimize future disasters.
While most people focus on the immediate aftermath of a big quake, repairing damage caused by minor aftershocks is just as important. A series of aftershocks can exacerbate existing structural damage and even increase the severity of future quakes, resulting in a greater degree of damage over time.
As such, it is vital to have a building inspector or architect perform an inspection of all structures after any quake. The inspector will be able to determine if the structure is safe to occupy, and if not, what steps should be taken to make it safe. The inspection should include a review of the structural components including beams, columns and shear walls as well as the floor and wall diaphragms. It is also important to check that the plumbing systems are working properly, and that there are no water stains on the ceilings or walls. In addition, if the property is on a farm, it should be checked to ensure that sewage systems and manure handling facilities are working properly.
Lastly, it is important to note that the insurance adjuster sent by the insurance company may not be an engineer or an expert in evaluating earthquake damage. In fact, many companies reward adjusters for paying out as little on claims as possible. As such, it is essential to have a professional, experienced building contractor inspect your home after a quake and work in close cooperation with your insurance provider to get you back to normal as quickly and efficiently as possible.
In addition to assessing and repairing structural damage, professional disaster restoration technicians can repair a host of non-structural issues. These include patching up plaster, replacing doors and windows, checking and repairing electric conduits and wiring, resetting chimneys, repairing damaged fire places and rebuilding non-structural walls.
Earthquakes are rare, but when they do occur, the damage is severe. In the aftermath of a large earthquake, it is important for businesses to reopen as soon as possible. To help with this, offers commercial earthquake damage restoration services. These services are designed to repair and restore interior plaster work and paint surfaces that have been damaged or weakened by an earthquake.
In addition to repairing earthquake damage, the team at can also advise clients on how to avoid future damages from an earthquake. This includes securing shelves to walls and cases, storing breakable items in cabinets and drawers low to the ground, and securing mirrors and wall hangings. Additionally, it is important to have an emergency preparedness plan in place. This should include a supply of water, food and first aid kits as well as contact information for local authorities and utilities.
Many older homes are highly susceptible to earthquake damage because they were built before the mid-1970s when seismic retrofitting became standard practice. In some cases, these older homes may be completely destroyed by an earthquake. This is because most of them are made of unreinforced masonry, which is vulnerable to seismic activity. However, if the owners of these buildings have them retrofitted, they can avoid disaster.
