The industry's First Low-temperature Co-firing Technology
Meet the New Heat Surround Comfort System
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After repeated verification, the glaze material suitable
for the surface of the heater has been carefully selected,
Combined with a micro-nano structure, the adhesion
of soot and cleaning frequency can be greatly reduced.
The advanced low temperature co-firing technology
is used to realize miniaturized wiring. According to
the conductive properties of the slurry, the materials
and design of the heater are optimized, and the heating
film accurately covers the working area to maximize
the energy efficiency.
Metex's replaceable heater technology accurately identifies the characteristics of various heaters to deliver sensational multi-tastes and to achieve quick replacement and usage, bringing a joyful experience.
Adopting a new Heat Surround Comfort system,
combined with advanced CAE simulation to optimize
the temperature gradient of the heater, makes the
temperature field more stable and uniform,
which will thoroughly roast the medium and release
aroma molecules, bringing a consistent taste.
The new generation of 4-layer composite structure, equipped with the industry's original thick film printing process, which greatly shortens the temperature rise speed, comprehensively improves the temperature control accuracy and consistency, and brings high satisfaction.
Smart Tech is the core of Metex to reduce the energy
consumption of peripheral heating. It integrates
the unique material characteristics of heater, heater
transfer and insulation design, and the power system,
continuously analyzes and optimizes performance,
and stimulates the most effective substances
with the least energy consumption.
360-degree heating medium in a circular
design, meticulously considering every angle.
It leaves no residue or dirt, ensuring
exceptionally low cleaning frequency
and preventing the development of
odors that could impact the taste.
After repeated physical test, chemical analysis,
and safety assessment, combined with
composite material layers and temperature
control technology, the emission of
harmful substances, such as heavy
metals, aldehydes, ketones, hydroxyls
groups in the atomized medium has
been significantly reduced The overall
safety and reliability have been greatly improved.
