Orient Bell Limited launches its new Spain inspired Valencica tile range

Orient Bell Limited, one of the largest manufacturers of ceramic and vitrified tile, has come up with a new range of tiles- The Valencica range, inspired by designs and architecture of the city of Valencia, Spain to meet the increasing need for high quality designed tiles. The stylised designs in this range are a signature of the region that OBL aims at providing for the Indian market, bringing in value for money.

The marble designs with an attractive gloss and a foreign charm are a perfect fit for people who want to give their space a premium look. Apart from the glossy finish, the range also has a variety of matte and wood finish looks for those who look for a decent, subtle touch. The range has a standard size of tiles at 60×60 cm. The colour palette of the range also boosts the simple and premium idea behind it as it carries a variety of shades in white, grey and beige, depending on the customer’s choice. The range is special not only because of its high-quality finish and variety but also because the tiles of this range are printed using High Definition 400 dpi printers- which are the highest in the industry. This makes the designs sharper to the eye and stands out among all the regular tiles in the market.

These tiles allow you to have multiple laying patterns and options, the most common being floor tiles wherein the design could cover the entire floor or it could be repeated in patterns and combination with marble designs. They have applications beyond floors and can be used extensively on walls as highlighters. They can be used absolutely anywhere in all kinds of spaces- at homes, offices, restaurants and even commercial places with heavy foot traffic.

Valencica tiles can bear with weather well. The properties of low moisture expansion, thermal shock resistance and frost resistance make them a much better choice in tiles when it comes to outdoor application like balconies, rooftops, garden walkways and driveways. Water Absorption is very low and the range also embarks high breaking strength and high modulus of rupture.

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