Got too engrossed at work and forgotten about the hot cup of coffee on the table? Fed up of drinking them cold? Let us help enhance your coffee-loving lifestyle!
Introducing Nanoheat PAD, a glass-based warmer that can be used to heat up anything that is placed on top of it, including coffee cups, teapots, pastries, fondues, and even banana leaves wrapped Nasi Lemak! With a heating tampered glass surface that could heats up to 130°C, Nanoheat PAD's usage is basically limitless!
Nanoheat PAD is not only capable to warming up cups, but basically anything that comes in contact with the Nanoheat PAD's heating surface! From food to beverages: teapots, fondues, pastries, tarts, dim sum, and even Malaysian's favourite banana leaves wrapped Nasi Lemak! You name it, we heat it.
Nanoheat PAD is designed to operate without any discharge of electromagnetic waves. Complied with Measurement of Electromagnetic Field (EMF) Test Standard EN 62233:2008, Nanoheat PAD is tested and proven compatible to be used side by side with sensitive electronic equipment, such as medical devices, laboratory and military equipment, and automatives and aerospace applications.
Nanoheat PAD's heating elements and circuitry has ultra low electrical resistance, thus is able to operate with low power consumption. Nanoheat PAD's heating functionality is also designed to have high 99% energy efficiency in dynamic heat transfer, compared to induction heating (75% to 85%) and radiant coil (65% to 75%). This means that Nanoheat PAD is very energy-saving, where minimal power is effectively used to provide heat at a fast and efficient manner.
Nanoheat PAD uses only less than 10 grams of patented nanotechnology heating materials in its contruction, compared to induction coil cookware which uses up to 1 kilogram of metal! With its energy-saving nature and environmental friendly manufacturing process, you are able to enjoy a forever-warm cup of coffee using Nanoheat PAD without worrying that Mother Nature is being harmed.
FREQUENTLY ASKED QUESTION
What is nanoheat® PAD?
nanoheat® PAD is a multi-purpose warming device that can be used to heat up anything, from beverages to food, that is placed on top of its elegant glass surface.
How does nanoheat® PAD works?
nanoheat® PAD’s glass surface will heat up to 130°C. This heat energy that is accumulated at the glass surface will then be transferred to anything that is placed on top of it.
Total heat transfer depends on:
1. the material’s surface that is in direct contact with nanoheat® PAD’s glass surface
2. the material’s heat conductivity
3. the environmental / surrounding temperature
Example: A ceramic cappuccino cup containing a freshly brewed coffee, that is placed on top of a nanoheat® PAD will able to maintain a coffee temperature of 50°C to 60°C (best temperature for espresso-based coffee), for as long as the nanoheat® PAD is switched on, or in other words FOREVER.
Is nanoheat® PAD compatible with all materials?
Yes, as long as the materials do not have a melting point lower than 130°C. Any microwave-suitable materials should be fine.
Side note: nanoheat® PAD is NOT a microwave
How does nanoheat® PAD heats up?
nanoheat® PAD’s heating element is the triangular patented material located in the middle of the glass surface, engraved with the word ‘nanoheat’. No wirings are used to power up the heating element, and that is what makes nanoheat® PAD’s glass surface looks clean, tidy, and elegant.
nanoheat® PAD’s heating element also heats up directionally, only transferring heat towards the top. Try touching the bottom part nanoheat® PAD, it won’t be hot at all. This means nanoheat® PAD is very efficient, minimizing heat lost through directionally heating.
Will nanoheat® PAD burn my hand if I touch its glass surface?
nanoheat® PAD’s glass surface will take about 5 minutes to reach a temperature of 130°C. Once at that optimum temperature, users are advised not to touch the glass surface, especially on top of the heating element (which is hotter - 150°C). Though, tapping the glass surface less than 1 second to feel the heat should not cause any significant damage to your skin.
Will nanoheat® PAD interfere with my other electronic devices?
Not at all. nanoheat® PAD is designed to operate without any electromagnetic waves discharge (ElectroMagnetic Compliant), thus is tested and proven compatible to be used side by side with sensitive electronic equipment, such as hospital medical devices, laboratory and military equipment.
How does nanoheat® PAD get powered up?
nanoheat® PAD requires a 3-pin AC plug to power up. Since nanoheat® PAD needs the energy to heat up the glass surface up to 130°C, USB or battery will not be enough to provide sufficient energy for heating.
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