Splash Pro is designed for durability. With innovative anticorrosive and Hard Water protection Splash Pro is the best among water heaters. Splash Pro is built to last for years.
With more hot water and longer heat retention Splash Pro is a real Pro in performance.
Splash Pro provides the maximum convenience with smart indicators which gives you a comfortable bathing experience.
Porcelain Enamel Glass Lined Tank:
Manufactured in a modern, automated plant using European Technology. Protects the tank from rust and corrosion.
3cm thick PUF insulation:
3cm thick (PUF) insulation keeps the water hot for a much longer time and reduces energy consumption.
Glasslined Double Ceramic Heating Elements:
Shock-proof, hard water proof, long-lasting (except 6 litres).
Colour-Changing LED strips:
Smart Indicators for more convenience.
Double side enameling:
Prevents rusting of flange and door plate.
Face Gasket with Neck Protection:
The gasket has more coverage area for better protection of the flange and tank.
30% larger anode:
Larger anode for longer protection.
ZN-Ni:
Zn-Ni coated fasteners gives 5X Rust Resistance
ISI:
First water heater company in India to be awarded the prestigious ISI certification. This guarantees safety and gives the assurance of high performance.
8 Bars Pressure:
Suitable for pressure pumps and multi - storey buildings.
Splash Pro Panels
The Pro among water heaters has an exquisite design and is available in various capacities. The different vibrant metallic colour panels will add a splash of colour to your bathrooms. It also provides maximum convenience, as the panels come with smart indicators which give a comfortable bathing experience.
Porcelain Enamel Glass Lined Tank:
Porcelain enamel tanks are widely used internationally and are approved for use in water heaters by BIS, IEC,i DIN(German), UL(US) standards. In India, VENUS is the first manufacturer to start enameling with Dry Powder Enamel system which is superior to other types of coatings.
Scale Guard Technology
In Ceramic heating element heat is transferred over a much larger surface area, which reduces the stress on heating element, lowers watts density/sq.cm and ensures less scale deposition on heating element.