Ridge Tiles in Hide Hollow

Ridge Tiles in Hide Hollow

Ridge tile work in Hide Hollow must account for flat east Eastbourne ground. Dry-fix ridge is our recommendation on all exposed Hide Hollow elevations — it eliminates the mortar failure that is the most common ridge problem here. Free survey.

The 1960s–80s detached and semi-detached, east Eastbourne BN23 in Hide Hollow means that concrete interlocking tile on 1960s–80s stock, now 40–60 years old; flat roof rear extensions common. Concrete interlocking tile de-nailing on 40–60 year old stock; flat roof extension failures on original felt; ridge mortar failure on north-facing elevations. Every job starts with a free survey — we diagnose accurately, quote honestly, and deliver what we promise.

What We Cover in Hide Hollow

We cover all streets across Hide Hollow including Hide Hollow, Cavendish Place and Larkspur Drive. Free survey, written quote, no call-out fee on any job. All work carries our 10-year workmanship guarantee.

Why Ridge Mortar Fails in Hide Hollow

Ridge mortar failure in Hide Hollow is driven by three combined mechanisms that are all more pronounced in this part of East Sussex than further inland. Thermal cycling — the daily and seasonal expansion and contraction of the ridge tiles and mortar at slightly different rates — works the bond progressively over 7–15 years. De-nailing on 40–60 year old stock accelerates this process on the most exposed Hide Hollow elevations. And the higher moisture content of the East Sussex coastal air penetrates mortar faster than in truly inland environments.

The consequence is predictable: mortar that looked sound three years ago develops hairline cracks; those cracks become gaps; wind gets under the ridge tiles in a storm; tiles lift or come off. This is not dramatic failure — it is the gradual, foreseeable consequence of using a mortar-bedded system on an exposed elevation without adequate maintenance.

Dry-Fix vs Repointing for Hide Hollow Properties

The correct decision between dry-fix conversion and repointing depends on the elevation's exposure and the frequency of previous failures. On sheltered north and east-facing Hide Hollow slopes where mortar-bedded ridges are performing adequately, targeted repointing in flexible mortar is a valid and cost-effective repair. On south and west-facing elevations that have been re-mortared once or twice already, dry-fix conversion at £600–£1,100 is more cost-effective than a third re-mortaring — the dry-fix cost is comparable and eliminates the failure mode permanently.