Breakthrough Yoga Mat Aimed At Ending Common Discomfort Now Available Via Amazon.com
New Yoga mat from Ali Rangwala integrates the ideal features that will put an end to all problems associated with conventional products.
Online, November 17, 2013 (Newswire.com) - Yoga is one of the most widely practiced forms of meditation and exercise by people all over the world. As with any other exercise or workout, having the right gear is important to get the most out of this health-benefiting activity. More often than not however, Yoga enthusiasts encounter issues of Yoga mats being too thin, too frail or too uncomfortable, making each session less relaxing and invigorating than it should be.
Solving issues hounding Yoga practitioners everywhere is the new ultimate Yoga Mat from Ali Rangwala. Of world class and premium quality, the real Yoga mat makes achieving a slim, toned body and refreshed mind easy.
Stacey E. Marmolejo rates the product 5 out of 5 stars and sums up why she doesn't regret her purchase: "I'm new to Yoga and all my friends told me not to get a cheap mat. They said the mat really affects how much you enjoy Yoga. So I opted for this one. And I'm glad I did. I've tried some of the other people's mats in the class and, by comparison, I feel like I have the 'cadillac' of mats. The thickness and density of the mat are perfect for me. It rolls up easily and is light enough to carry without any problems."
Scientifically designed with Yoga lovers in mind, the breakthrough Yoga mat is 6.35mm thick, which is perfect for the exercise. While thinner mats cause pain, discomfort, and damage the joints, the new product makes Yoga enjoyable and allows people to reap its full benefits.
Made from 100% Latex, Phthalate-free and non-slip, the revolutionary Yoga mat is built to last. In addition, the Yoga mat is sticky enough to allow users to hold poses, without being too glued and immovable.
To find out more about the new ultimate Yoga Mat from Ali Rangwala, please visit http://www.amazon.com/shops/alirangwala for information and orders.