Rattling sashes Minehead: Moisture content and decay thresholds in Minehead
Rattling sashes · Minehead, Somerset

Rattling sashes in Minehead: moisture in timber

Moisture content and decay thresholds in Minehead. We take moisture readings at survey and show you them rather than describing them.

We take moisture readings at survey and show you them rather than describing them.

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Rattling sashes · Minehead

Timber decay is governed by moisture content. Below roughly twenty per cent, decay fungi cannot establish; above it, and with warmth and oxygen present, they can. Everything protective is about holding the material below that threshold.

Rattling sashes Minehead: End grain is where water gets in. Cut ends, joints and fixing holes absorb many times faster than a face does, which is why decay so often starts at the bottom of an upright and works upward rather than starting where the weather looks worst.
Rattling sashes Minehead: End grain is where water gets in. Cut ends, joints and fixing holes absorb many times faster than a face does, which is why decay so often starts at the bottom of an upright and works upward rather than starting where the weather looks worst.
Rattling sashes Minehead: A moisture meter turns opinion into a reading. Probing several points gives a map of where the material is wet and how far the wet zone extends, which is what decides splice repair versus wholesale replacement.
Rattling sashes Minehead: A moisture meter turns opinion into a reading. Probing several points gives a map of where the material is wet and how far the wet zone extends, which is what decides splice repair versus wholesale replacement.

moisture in timber decision path for Rattling sashes in Minehead

End grain is where water gets in. Cut ends, joints and fixing holes absorb many times faster than a face does, which is why decay so often starts at the bottom of an upright and works upward rather than starting where the weather looks worst.

Moisture content and decay thresholds in Minehead

Timber decay is governed by moisture content. Below roughly twenty per cent, decay fungi cannot establish; above it, and with warmth and oxygen present, they can. Everything protective is about holding the material below that threshold.

End grain is where water gets in. Cut ends, joints and fixing holes absorb many times faster than a face does, which is why decay so often starts at the bottom of an upright and works upward rather than starting where the weather looks worst.

A moisture meter turns opinion into a reading. Probing several points gives a map of where the material is wet and how far the wet zone extends, which is what decides splice repair versus wholesale replacement.

Rattling sashes Minehead: moisture in timber

A moisture meter turns opinion into a reading. Probing several points gives a map of where the material is wet and how far the wet zone extends, which is what decides splice repair versus wholesale replacement.

Rattling sashes Minehead: moisture in timber

By reading the moisture content and probing for soundness across the section. Sound material with a localised wet zone is repairable; a section that has softened through is not.

Rattling sashes Minehead: moisture in timber

Rattling sashes in Minehead: How do you decide between repairing and replacing timber? — what matters for Victorian seafront villas?
By reading the moisture content and probing for soundness across the section. Sound material with a localised wet zone is repairable; a section that has softened through is not.

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