Would-Class Product of Korea 2020. Patent, PCT/KR2015/012804 Cutting-edge metal foam multi-nanocatalyst technology applied - Ozone generation 0ppm, harmful ozone generated from peripheral equipment is converted into oxygen and supplied - Safe sterilization with stable metal foam structure that maximizes sterilization power -Perfect sterilization through 11 stages of multiple purification sterilization -Removal of total volatile organic compounds (TVOCs), harmful gases, and sick house syndrome, powerful deodorizing performance - GOOD DESIGN and GREEN GOOD DESIGN - Applying the Aluminum Layered

Would-Class Product of Korea 2020. Patent, PCT/KR2015/012804 Cutting-edge metal foam multi-nanocatalyst technology applied - Ozone generation 0ppm, harmful ozone generated from peripheral equipment is converted into oxygen and supplied - Safe sterilization with stable metal foam structure that maximizes sterilization power -Perfect sterilization through 11 stages of multiple purification sterilization -Removal of total volatile organic compounds (TVOCs), harmful gases, and sick house syndrome, powerful deodorizing performance - GOOD DESIGN and GREEN GOOD DESIGN - Applying the Aluminum Layered

Would-Class Product of Korea 2020. Patent, PCT/KR2015/012804 Cutting-edge metal foam multi-nanocatalyst technology applied - Ozone generation 0ppm, harmful ozone generated from peripheral equipment is converted into oxygen and supplied - Safe sterilization with stable metal foam structure that maximizes sterilization power -Perfect sterilization through 11 stages of multiple purification sterilization -Removal of total volatile organic compounds (TVOCs), harmful gases, and sick house syndrome, powerful deodorizing performance - GOOD DESIGN and GREEN GOOD DESIGN - Applying the Aluminum Layered