Fire Damage
Dry Ice Blasting with Fire Damage Restoration.
The high-level cleaning technology ensures quicker recovery. Fire can do catastrophic damage within a couple of minutes. The soot, smoke residue and corrosive contaminants do not end with the extinguishing of the flames; they still continue to affect your property. Unless they are treated timely and appropriately, they may cause irreversible staining of surfaces, structural damage and long-term odour issues.
Our dry ice blasting fire damage restoration service offers an efficient, modern and non-abrasive solution that is simple, safe and efficient in restoring your property.
The Hidden Damage After a Fire is an article that describes various losses caused by a fire and reveals its consequences.
Materials burnt by fire are not the only materials that can be destroyed by fire. The actual problems include:
* Walls and ceilings covered with thick soot.
* Smoke in structural cavities.
* Metal surface corrosive contaminants.
* Persistent smoke odours
* Destruction of equipment and electricity.
Old ways of cleaning, such as sanding, scraping or even using chemicals, are usually time-consuming, messy and even destructive to surfaces. This is why dry ice blasting is taking its place as the method of restoration.
What Is Dry Ice Blasting?
Dry ice blasting is a complex treatment of surfaces, which is performed by compressing air and throwing solid CO₂ pellets at the necessary places of application. When hitting, the pellets are immediately transformed into gas, and the residue of soot, char, or smoke is carried off without being abraded.
Since the dry ice will have fully evaporated, no secondary blasting material is left over; just the contaminants that are removed are removed.
You are probably asking yourself why dry ice blasting is the best choice when it comes to fire damage. This is because dry ice blasting is the safest and most effective method to remove fire damage.
Non-Abrasive Cleaning
Dry ice blasting does not scratch or damage the underlying surface, as opposed to sandblasting or grinding. It is safe to repair wood, brick, concrete and metal.
No Water Involved
This is an entirely dry procedure. It will remove the chances of future water damage or mould growth following the fire.
Faster Restoration
Dry ice blasting saves the business time in comparison to manual cleanup, as it saves more time than cleanup using manual cleaning.
Eco-Friendly Solution
Recycled CO₂ is used in the process, and no harsh chemicals are involved; hence, it is environmentally friendly.
Applications We Handle
Our fire damage restoration services are appropriate in:
* Residential homes
* Commercial buildings
* Warehouses and factories
* Industrial equipment
* Framing and structural beams.
* Brick and concrete walls
* HVAC systems and ducting
Regardless of the extent of the fire damage, we customise our strategy and fit it to the needs of your property.
Our Restoration Process
Detailed Assessment
We examine the incident sites in order to determine the extent of soot and building damage.
Preparation & Safety Setup
We take care of the safe working environment and adhere to the safety regulations in the industry.
Application of dry ice blasting at the site is a method used to remove rust and paint, among other aspects.
Dry Ice Blasting Application
Dry ice blasting on the site is a process through which rust and paint, among other things, are eliminated.
The dry ice pellet with high velocity is effective in removing soot, carbon deposits, and smoke residue.
Final Inspection
We also ensure that any surface is completely restored and can be repaired or repainted where necessary.
Eliminating Smoke Odours
The soot and smoke particles find their way deep into porous materials, thus leaving long-lasting odours. Eliminating contamination at the source will aid in the reduced or total elimination of undesirable odours with the aid of dry ice blasting.
Act Quickly After a Fire
The more time the soot is on surfaces, the more damage it will cause. Professional cleaning immediately does not allow corrosion, staining, and other structural degradation.