It’s mainly used for impurity removal and polishing of cotton fabric. It can effectively remove fine fiber impurities on the surface of the fabric, and has little effect on the color of the fabric, and has good polishing and color retention effects.
Sylic Global’s catalase solutions are meticulously formulated to address the challenges faced by textile manufacturers in achieving optimal production efficiency, sustainability, and product quality. Some of the benefits of using this enzyme include efficient removal of hydrogen peroxide, improved fabric quality, reduced processing time and cost savings, and compatibility with existing processes.
Sylic Global also offers chemical agents for agriculture processes to improve performance and final product aesthetic effects. So, the Enzyme Sylic B6160 might also find applications in the agriculture industry.
NOTE
Catalase is an essential enzyme found in nearly all living organisms exposed to oxygen, including bacteria, plants, and animals. Its primary function is to catalyze the decomposition of hydrogen peroxide (H₂O₂) into water (H₂O) and oxygen (O₂) 12. Let’s delve into some fascinating details about catalase:
Hydrogen Peroxide Breakdown: When cells produce hydrogen peroxide as a by-product of normal cellular reactions, catalase steps in to rapidly break it down. This enzymatic reaction ensures that cells are protected from the toxic effects of hydrogen peroxide.
Widespread Occurrence: All aerobic cells produce catalase. This enzyme is crucial for maintaining cellular health by preventing oxidative damage caused by reactive oxygen species (ROS).
Remarkable Efficiency: The efficiency of catalase is mind-boggling! One molecule of catalase enzyme can work on 40 million molecules of hydrogen peroxide per second! Imagine the rapidity with which it neutralizes this potentially harmful compound.
Observing Catalase in Action: If you’ve ever used hydrogen peroxide to clean a cut, you’ve witnessed catalase in action. When hydrogen peroxide contacts damaged cells, it reacts with catalase to produce oxygen foam. In a test tube, this reaction results in visible oxygen gas bubbles. The foam’s height serves as an indication of the amount of catalase activity present.
Investigating Catalase Activity: Scientists often study catalase activity in plant and animal tissues. In an experiment, various tissue extracts (such as apple, potato, onion, Baker’s yeast, beef steak, or beef liver) are combined with hydrogen peroxide. The resulting foam height provides insights into the tissue’s catalase activity.
Materials Needed:
5 test tubes
Wax pencil
Millimeter ruler
Blended tissue extracts
Distilled water
3% hydrogen peroxide solution
Procedure:
Label the tubes and mark lines at 1 cm and 2 cm from the bottom.
Add tissue extracts to the 1 cm line.
Add hydrogen peroxide to the 2 cm line.
Measure the foam height and record the data.
Analyze the results and draw conclusions about catalase activity.
Questions for Analysis:
Did the results support the hypothesis?
What type of gas is released in the bubbles?
Is catalase itself used up, destroyed, or unchanged during the reaction?
Remember, catalase is a cellular superhero, tirelessly protecting our cells from oxidative harm!
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