The Three Ways Heat Moves Through UK Homes
Most comfort and heat-loss problems in UK homes come down to three processes: conduction through materials, convection via air movement, and radiation between surfaces. This science-led guide explains how each mode works, how insulation actually influences them, and why homes can feel cold even when the thermostat says warm. Click the link above to read more.
Why Cold Floors Are So Common in Ipswich Homes
Cold floors are one of the most common comfort complaints in older Ipswich homes — especially those with suspended timber floors. This guide explains what’s happening underneath the floorboards, why turning the heating up doesn’t solve it, and how underfloor insulation choices (including thin high-performance systems) can improve comfort from the ground up. Click the link above to read more.
Why Many Reading Homes With “Good” EPCs Still Feel Cold
Many Reading homeowners move into properties with good EPC scores and still find them cold, uneven to heat, or uncomfortable in the evenings. This guide explains what EPCs measure (and don’t), why modern homes can still underperform, and the insulation and airflow details that make the real difference. Click the link above to read more.
Why Holiday Homes in Newquay Struggle to Stay Warm and Dry
Many Newquay holiday homes look freshly refurbished but still feel cold, damp, or musty — especially after short stays. This guide explains how coastal moisture and intermittent heating drive condensation, why lofts and suspended floors are common weak points, and what a proper coastal setup looks like. Click the link above to read more.
How Condensation Forms in Homes — The Physics Explained Simply
Condensation is the predictable result of warm air, moisture, and cold surfaces interacting inside a home. This guide explains the physics in plain English, why lofts are a common failure point, and how warm vs cold loft insulation changes where condensation appears. Click the link above to read more.
Buy Cheap, Buy Twice: The Real Cost of Low-Quality Insulation in Exeter Homes
Many Exeter homeowners go cheap on loft insulation thinking it’s a quick win — until the comfort drops, condensation risk climbs, and a survey or sale forces a costly redo. This guide explains what “cheap” really means, the slow damage it can cause, and how to avoid paying twice. Click the link above to read more.
Why UK Homes Can’t Be Treated Like European Homes
Many insulation methods are based on European building assumptions — but UK homes are different. Britain’s damp climate, mixed-era housing stock and cold-roof loft design mean moisture and ventilation matter as much as U-values. This guide explains why “sealing” can backfire, how EPC logic misses building physics, and where Knauf (cold roof) and Hybris (warm roof) fit when done properly. Click the link above to read more.
Spray Foam Wasn’t the Silver Bullet It Was Sold as, Especially in Sheffield
Spray foam was sold as a modern “silver bullet” insulation upgrade, but in reality it often traps moisture, prevents roof timbers from drying and blocks proper inspection — creating long-term risk and mortgage issues. In Sheffield’s older, industrial-era housing, these problems can show up faster. This guide explains why spray foam is fundamentally bad for most UK roofs, why partial removal doesn’t solve anything, and why complete spray foam removal is the only responsible outcome. Click the link above to read more.
Why Loft Insulation Hasn’t Fixed Comfort in Stockport Homes
Many Stockport homeowners have topped up loft insulation, yet bedrooms still feel cold and heat disappears fast. This guide explains why older terraces and semis can behave differently once insulation is added — and why loft condition, ventilation and installation quality matter more than extra depth alone. Click the link above to read more.
Why Roofs in North Wales Behave Differently and Why Insulation Top-Ups Fail Quickly When Done Wrong
North Wales lofts are far less forgiving than most UK regions. Coastal winds, sudden temperature drops and long damp seasons can turn a “simple” insulation top-up into a condensation cycle if ventilation and preparation aren’t right. This guide explains why failures happen — and the correct method for a safe 200mm top-up. Click the link above to read more.
