Shower installation in Fareham

Postcode districts: PO14, PO15, PO16
Nearby: Gosport, Portsmouth and Southsea
Guide price: £500–£3,900
Typical time on site: half a day to 3 days
Water: Hard across most of Hampshire
Survey: Free, at your home

What does a new shower cost in Fareham?

Our guide price for a new shower in Fareham is £500–£3,900 including VAT. Prices in South East England run at about 12% above the national guide, mainly because of labour rates. The figure depends on the size of the room, whether anything moves, and the products you pick.

Shower swap

£500–£1,100

Test and handover

Typical

New shower over bath

£900–£2,000

Thermostatic bar shower and riser

New shower with enclosure

£1,700–£3,900

Pipework and waste

Guide prices for Fareham including VAT. Your itemised written quote after the free survey is the price that counts.

Working in Fareham

We cover every part of Fareham, including PO14, PO15 and PO16, and nearby Gosport (4.5 miles) and Portsmouth (5.3 miles).

In Fareham, as anywhere, the age of the house decides a lot: pipe sizes, floor construction and where the soil stack runs. If you are replacing a failed electric shower in Fareham, we check whether the existing cable and circuit suit the new unit. If your Fareham bath has no shower over it, a thermostatic bar shower, screen and tiling can usually be added in a day or two.

Water across much of Hampshire is hard. If your supply in Fareham is the same, limescale on shower glass and heads is a real issue: easy-clean glass, rub-clean nozzles and a squeegee make a big difference. Hardness varies street by street, so check the figure for your postcode with your water supplier.

What the job includes

Removal of the old shower, a full-flow test and a handover on isolating and descaling it
A bath screen, tray or enclosure where the shower is new
New pipework and isolation valves, plus a pump only where the system is gravity-fed from a cold tank
Electrical connection by a qualified electrician, tested and certified

Decisions to make first

Thermostatic mixer

Blends hot and cold from your system and holds the temperature steady when someone runs a tap. The usual choice with a combi or an unvented cylinder.

Electric shower

Heats cold mains water as it flows, so it works without stored hot water. Higher kW units give more flow; 8.5 to 10.5 kW models need a dedicated circuit, often 40 to 45 amps.

Rules that apply in England

In England, an electric shower usually needs its own dedicated circuit, often 40 to 45 amps for an 8.5 to 10.5 kW unit, and a new circuit is notifiable under Part P. The Part G limit of 48 °C applies to a new bath in a new dwelling or one created by change of use, not to a shower, but a thermostatic valve gives similar protection. An unvented cylinder fitted to improve the shower must be installed by a G3-qualified installer.

More about shower installation

Shower installation in Fareham: questions

What is the price of a new shower in Fareham?

A new shower in Fareham usually costs £500–£3,900 including VAT. Expect the lower end for a like-for-like job with standard products, and the upper end if things move or you choose premium finishes. Your quote is itemised and fixed in writing once agreed.

Do you cover PO14 in Fareham?

Yes. We cover all of Fareham, including PO14, PO15 and PO16, and nearby Gosport, Portsmouth and Southsea. Survey visits are free and arranged at a time that suits you.

Is the water hard in Fareham?

Who handles building control for a new shower in Fareham?

Building control for Fareham is handled by the local council or an approved inspector. If your job needs sign-off — for example a new circuit, new drainage or a new extractor where there was none — we tell you at the survey and handle the notification as part of the work.

Can you replace an electric shower with a mixer?

Yes, if your hot-water system can supply it. That means running hot and cold pipes to the shower position and making the old shower circuit safe or reusing it. It is worth doing if you have a combi or unvented cylinder with good flow.