HeatCure, the only transparent Japanese nanotechnology coating has launched its operations in India. The primary function of this nanotechnology based coating is to block heat gain from glass doors, windows & facades. With a sharp focus on providing superior heat management solutions, HeatCure's cutting-edge glass coating products offer unparalleled protection against infrared (IR) and ultraviolet (UV) rays, ensuring comfortable and energy-efficient indoor environments. Introducing HeatCure to the Indian market aligns with the nation's commitment to becoming a carbon-neutral country with reduced energy consumption.
The Indian glass industry has grown significantly in recent years, owing to the rising trend of using glass as a key material in new building projects, rather than conventional bricks. The versatility of glass to produce spectacular contemporary designs, allowing for adequate natural light and a sense of spaciousness, drives this trend in the building.
However, as the usage of glass in buildings grows, it increases the indoor heat in summers & cold in winters, as glass allows huge temperature exchange between inside & outside the building, glass enables heat rays to enter in summer and a cold to enter in winter that makes it very difficult for everyone. This is where HeatCure, a startup that uses cutting-edge transparent Japanese nanotechnology coating, comes into play which prevents rapid weather transfer by insulating the glass with a transparent coating manufactured in Japan (as per Indian Climatic Conditions) which keeps the building cool in Summer and warm in winters, at the same time maintaining the transparency.
HeatCure aims to address India's pressing need for superior heat management solutions. These coatings offer unparalleled protection against infrared (IR) and ultraviolet (UV) rays, creating comfortable and energy-efficient indoor environments. Notably, HeatCure can effectively reduce solar heat gain through window glass by 4 to 10 degrees Celsius, leading to a substantial decrease in electricity consumption of 15-20% on a month-to-month basis. The technology also rejects 85% of IR and 99% of UV rays. With a lifecycle ranging from 12 to 15 years, HeatCure's offerings ensure long-term benefits.
HeatCure's entry into India comes at a critical time as the country faces scorching temperatures and escalating energy demands. In the construction and hospitality sectors, HeatCure's Japanese nanotechnology-based solutions are poised to revolutionize the industry by effectively shielding against solar radiation, these coatings enable natural light to illuminate interiors while blocking upto 85% heat on the glass itself.
Sanjay Mendiratta, Founder and CEO of HeatCure, expressed his excitement about the company's groundbreaking technology, stating, "We are delighted to introduce HeatCure an innovative glass coating solution to India, wiith our Japanese nanotechnology, we aim to revolutionize how buildings and establishments combat the adverse effects of sun’s heat. HeatCure provides a sustainable solution for enhancing energy efficiency and indoor comfort by blocking the heat and allowing the light transmission. Heatcure is the only green building certified solution to a non-compliant glass facade, which acts as a road-block for a structure to be Green Building certified "
“We welcome Glass processing units and Glass industry dealers and distributors to partner with us on this revolution towards keeping indoor temperatures regulated by blocking heat in summers & extreme cold in winters at the same time saving energy and contribute towards a greener planet” He added.
In a short span HeatCure has onboarded key clients like Jubilant Food Works (Domino's / Hong’s Kitchen / Dunkin Donuts etc), Subway, Bikanerwala, Radisson Blu, OMAXE Builders, Reliance Smart Stores, and Marriott Hotels & The Leela Hotels among others. Through these collaborations, HeatCure aims to showcase the tangible benefits of its technology in commercial spaces, highlighting its potential to improve customer experiences by mantaining a comfortable regulated temperature indoors and reduce operational costs through saving on electricity bills.
