HLB Genex products
Katalase K 400L - Model AK 400L - High-Activity Catalase Enzyme for Hydrogen Peroxide Removal in Wastewater Treatment
Katalase AK 400L is a high-activity liquid catalase enzyme designed for the efficient decomposition of hydrogen peroxide (H₂O₂) in industrial processes. The enzyme rapidly converts hydrogen peroxide into water and oxygen, providing a safe and environmentally friendly solution for peroxide removal. It is widely used in wastewater treatment, semiconductor manufacturing, textile processing, and other industrial applications where hydrogen peroxide must be neutralized before discharge or recycling water. Katalase AK 400L offers excellent catalytic efficiency, stable performance under industrial conditions, and easy application in liquid processing systems. Key Features • High catalytic activity for rapid H₂O₂ decomposition • Suitable for industrial wastewater treatment processes • Environmentally friendly enzymatic solution • Applicable in semiconductor, textile, and chemical industriesIndustrial Special Enzyme
HLB Genex - Hydrogen Peroxide Decomposing Enzyme
As an eco-friendly hydrogen peroxide decomposing enzyme, demand surged with the growth of the semiconductor industry. Used in semiconductor water treatment, textile process, HPPO manufacturing process, etc. Increase in demand as global environmental policies are being established.
HLB Genex - Model Proteinase K - Raw Material Enzyme
Key raw material enzyme for highly-efficient RNA extraction kit for COVID-19 PCR-based diagnosis. GFzyme-Proteinase K is a recombinant serine protease secreted from the fungal strain, Tritirachium album. GFzyme-Proteinase K is stable in various conditions such as pH, buffer salts, detergents (SDS), and temperature. Under 0.1~0.5% SDS condition, Proteinase K maintains activity and removes protein impurities and nucleases to enable intact DNA extraction. Proteinase K is used in various fields such as molecular diagnostics and biopharmaceuticals to isolate pure DNA and RNA by removing protein impurities when processing high molecular nucleic acids.