Trimbo Active Wear Ltd

Company Description

Two years in the making; Trimbo&＃039;s high tech gym workout shorts for women harness the Trimbo Active Wear Ltdarers natural body heat during exercise using the latest fabric technology to maximise cardio & aerobic workouts by up to 4 X more in the WHAT® zone, for colossal calorie burn. Trimbo high tech gym workout shorts for women increase the wearers metabolic rate to produce maximum core body temperature in the WHAT® zone (waist, hips, ass, thighs), for colossal calorie burn. When this process starts Inch loss occurs; weight loss follows, then toning with continued use. See a major improvement in the general sluggish blood circulation that is common place in this part of the body (this may be due to a sedentary lifestyle) which, if left un-checked, can result in excess body fat being stored in this area (WHAT® zone) by many women. Trimbo high tech gym workout shorts help to create deep cellular circulation activity resulting in a breakdown of fat tissue aided by lymphatic drainage and the flushing out of toxins which are the building blocks of cellulite. A unique titanium plush layer is bonded to neoprene which enhances the heat retaining properties in the shorts, making it up to 40 % hotter than other weight loss shorts designed to make the wearer sweat. This means when you exercise the natural body heat you generate will be harnessed more effectively, targeting dormant cells. Initially water weight and toxins will be lost. Incorporate wearing Trimbo workout shorts in to your existing diet/exercise routine to get enhanced results. If you do Zumba®, Pilates® or mat based exercises, you will find the high waist shorts (that come over your belly button) will cushion your hips, keeping lower back muscles and hip joints warm. Trimbo workout shorts for women do not ride up on your thighs while running at speed or when exercising vigorously. Continue to wear the shorts for at least 20 mins after you finish your workout (as you will continue to burn calories) in order to obtain maximum energy disbursement.