Why W&G

Latest technologies

The W&G Global Saver valves remove trapped air from your water system — cutting bills by up to 35% from day one. No electricity. No maintenance. Just savings.

35%

Minimum savings

Global

Trade

21+

Countries registered

0

No electricity needed

Save up to 35%

Reduce water and gas bills from the very first day of installation.

No electricity

Fully mechanical — no power, no batteries, no ongoing running costs.

WRAS approved

Meets recognised water regulations and quality standards worldwide.

Premium build

Precision-engineered with stainless steel, brass, and recyclable materials.

Global reach

Registered in 21+ countries.

Easy install

Fits all size pipe connections. No specialist tools required.

Real World Evidence

Field Test Results

Two ISO 4064–certified water meters installed side by side under identical conditions. One fitted with the W&G Air Block — one without. The results speak for themselves.

Two ISO 4064 water meters side by side — left meter without W&G reads higher, right meter with W&G Air Block installed reads lower

Without W&G

0002557 m³

With W&G Air Block

0002130 m³

35%AVG
SAVING

Proof, not promises

Under controlled field conditions, the meter fitted with the W&G Air Block recorded 427 fewer units than the unmodified meter over the same period — a 35% average reduction in recorded consumption. No electricity. No maintenance. No specialist installation.

35%Average water savings

recorded on W&G-fitted meters

427Units saved

over the same test period

2Identical meters

tested side by side

* Both meters are ISO 4064 certified. Test conducted under identical supply conditions. Results may vary depending on pipe configuration and local water pressure.

Pressure & Flow Test

Side-by-side jet height comparison — W&G line vs control line under identical supply pressure. The W&G-fitted line produced a measurably higher, further-reaching jet with no pressure loss observed.

Jet height comparison: W&G line produces a higher arc than the control line, with additional throw of approximately 2 ft (0.61 m). Jet height improvement +12.4% to +37.1%. Site-observed pressure +16–20%.

+12.4% – 37.1%

Jet height / throw improvement

+16 – 20%

Site-observed pressure increase

None

Observed pressure loss