TINTONTEK
HYDROGEN SOLUTIONS
Our Core Technologies:
Product stability stems from the advanced development and precise calibration of superior core components.
Core of PEM Membrane Electrode
The production of hydrogen molecules relies on a high-performance electrolysis core. Our electrolyzer adopts advanced PEM membrane electrode technology, equipped with an imported DuPont membrane from the United States, platinum-based catalyst, and titanium electrode. It features stable performance, high safety, efficient hydrogen production, and long service life.
Compact Hydrogen Production Core Module
Our company has pioneered the industry's first compact hydrogen production core module, which highly integrates multiple components including electrolyzer, pure water tank, electronic control system, and gas-liquid separator, achieving optimal utilization of internal space. Efficient heat dissipation is realized based on aerodynamic principles. Hydrogen equipment equipped with this core module features a lightweight body, excellent heat dissipation, easy mobility, and user-friendly operation.
Core of Pure Physical Hydrogen-Liquid Mixing Technology
Our company has independently developed a pure physical hydrogen-liquid mixing module. By optimizing the internal water circuit design and eliminating the traditional water pump, it significantly improves the gas-liquid mixing efficiency while effectively reducing the risk of water leakage. Equipped with a low-voltage power supply system, the overall operational safety of the equipment is greatly enhanced.
Production Process of Nanoscale Magnesium-Hydrogen Materials
Magnesium is an essential mineral for the human body, participating in more than 300 enzymatic reactions and supporting nearly all vital physiological functions. Magnesium deficiency directly impairs energy production, muscle contraction, nerve stability, and the protection of bones and the heart, leading to dysfunction in the metabolic, nervous, muscular, and skeletal systems.
This process utilizes nanotechnology to efficiently combine hydrogen with magnesium, producing nanoscale magnesium-hydrogen powder (MgH₂). This material can be added to functional beverages for consumption, or formulated into tablets and capsules with customized recipes. While delivering molecular hydrogen to the human body, it also moderately supplements essential magnesium, achieving the dual health benefits of hydrogen and magnesium.
