Fuel Cell
We have established a value chain for the key materials and components of hydrogen fuel cellsbased on patented carbon materials. Using our own technology, we
are the only ones in the world to batch manufacture supporter-catalyst-MEA. Additionally, we are applying this technology to the mass production of deodorizers.
are the only ones in the world to batch manufacture supporter-catalyst-MEA. Additionally, we are applying this technology to the mass production of deodorizers.
- VINATech provides a deodorizing filter solution that includes activated carbon's adsorption function and catalyst impregnation technology.
- VINATech is deodorization filters have optimized catalyst deposition technology specialized for the target gases to be removed and exhibit superior deodorizing performance compared to commercial deodorization filters. VINATech is deodorizer solutions not only possess the inherent adsorption function of activated carbon materials but also have material pretreatment technologies specialized for the substances to be adsorbed, showing better performance and longer lifespan compared to commercial adsorbents
- VINATech Carbon Control
Technology -
Ractive oxygen species pore distribution
Items Pore Diameter(nm) BLACK Macro-pore >50 BLUE Meso-pore 2-50 RED Micro-pore <2 
VINATech Activated Carbon Filter
VINATech has developed a refrigerator deodorization filter in the form of a block using activated carbon with a high specific surface area, which removes odor gases such as Methyl Mercaptan, Hydrogen Sulfide, and Trimethylamine, the main causes of refrigerator odors, to maintain a pleasant refrigerator air quality. This product is being supplied to major domestic corporations. Furthermore, based on the selection of the optimal metal catalysts and deposition technology for each target gas, VINATech is also developing filter materials that can be applied to car cabin air filters, water purifier filters, and air purifier filters
Items Specifications Type Carbon-block Metal catalysts Polyethylene sphere binder 10 wt% Specific surface area 600 ㎡/g above Pore Volume 0.28 cc/g above Tap density 0.5 g/cc above Methyl Mercaptan destruction time 1500 ~ 2000 min Deodorizing efficiency 90% Intensity of compress 10 kgf/㎠ above Adsorption of odor substances and removal mechanism by functional catalysts
Vinatech Deodorant's Performance Advantage Over Competitors
Deodorization efficiency of Methyl mercaptan
Deodorization efficiency of Hydrogen sulfide
