Issues of fungal decay
Trace Remedial specialises in identifying, treating, and preventing all forms of rot, a destructive type of fungal decay that affects timber in buildings.
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Wood decaying fungi
Damage to timber structures is often caused by the incidence of wood decaying fungi, the spores are ubiquitous and all around us, they just require the right conditions to germinate, in particular - sufficient moisture content within the timber.
Timber decay (dry rot or otherwise) as a result of fungal attack is a natural process whereby organic materials (such as woods) are broken down and returned to the earth. While this is all well and good when a tree branch falls to the forest floor, it is not so beneficial where timber is employed within our homes and structures.
Simplistically, a number of conditions have to be met in order for fungal growth to occur. Firstly, a spore (a fungal ‘seed’) must be present, as must a food source (organic material like wood), air or oxygen, reasonable temperatures (i.e. 0 – 43 degrees Celcius), and water.
Spores are generally present all around us, as is air and timber, so why is your dining table not falling apart? The answer is water.
Risk of decay arises when the moisture content in timber reaches a high enough level for germination to occur, and it is this reason why dampness and timber decay in buildings go hand in hand.
We specialise in the identification and treatment of wood decaying fungi (such as dry rot), and the sources of dampness which trigger the decay.
Serpula Lacrymans
The latin name for 'dry rot', it means 'serpents tears'. Dry rot is sometimes seen with beads of water upon it, and is believed to be able to extract water from timbers to 'dry' it to ther extent that the fungi can then feed upon it.
Wet Rot
All other forms of fungal decay are referred to as wet rots.
Brown Rot
Trace Remedial specializes in identifying, treating, and preventing all forms of brown rot, a destructive type of fungal decay that affects timber in buildings.
Our Damp Treatment Processes
1.
Inspection & Diagnosis – Conducting thorough assessments to identify the type and extent of brown rot damage.
2
Remedial Treatment – Using advanced fungicidal treatments and moisture control strategies to eliminate rot and prevent further spread.
3.
Structural Repairs – Replacing or reinforcing affected timber to restore the building’s stability.
4.
Moisture Management – Addressing underlying causes such as damp conditions, poor ventilation, and water ingress to prevent future occurrences.
5
Preventative Solutions – Applying protective coatings and implementing long-term maintenance plans to safeguard wood from fungal decay.
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