Besthway Washing Protease is developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology, which consists of different proteases. It can catalyze the hydrolysis of protein and remove protein stains such as milk stains, meat juice, fruit and vegetable juice, blood stains, etc. It has the advantages of high efficiency of reaction, mild conditions, no toxic side effects, etc. It is suitable for washing powder, washing liquid, detergent and other washing and decontamination products.

Besthway Washing Lipase is developed by Besthway Technology with modern genetic engineering, microbe (Aspergillus niger) fermentation and advanced post-process technology. It can catalyze the hydrolysis of lipids to remove oil and dirt, and has the advantages of high reaction efficiency, mild conditions, no toxic side effects, etc. It is applicable to various washing and decontamination products such as washing powder, washing liquid and detergent.

Besthway Thermostable Alkaline Protease is developed by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively catalyze the hydrolysis of proteins in a wide range of temperatures and pH, especially adapted to alkaline environmental conditions, and can be used in many industrial fields such as washing, feed, leather dehairing, leather softening, silk degumming and so on.

Besthway Neutral Protease is developed by Besthway Technology with modern genetic engineering, microbe (bacillus subtilis) fermentation and advanced post-process technology. It can effectively catalyze the hydrolysis of proteins in a mild temperature and pH range, and can be widely used in many industrial fields such as feed, leather dehairing and softening, silk, toothpaste, soap, detergent and so on.

Besthway Lipase is developed by Besthway Technology with modern genetic engineering, microbe(Aspergillus niger) fermentation and advanced post-process technology，which can catalyze the hydrolysis of lipids, as well as ester synthesis and ester exchange reactions. It has the advantages of high efficiency, mild conditions, and no toxic side effects. It can be widely used in many fields such as bio-energy, oil and fat processing, leather, washing, paper making and so on.

Besthway Keratinase is developed by Besthway Technology with modern genetic engineering, microbe (bacillus subtilis) fermentation and advanced post-process technology. It has efficient disulfide bond reductase and peptide hydrolase activities, which can effectively catalyze the hydrolysis of proteins, especially keratins, and can be widely used in many industrial fields, such as leather, medicine, and cosmetics.

Besthway Esterification & Transesterification Lipase is developed by Besthway Technology with modern genetic engineering, microbe (Aspergillus niger) fermentation and advanced post-process technology, which is specialized for the esterification and transesterification of fats and oils. It can efficiently catalyze the ester synthesis and transesterification reactions in various oil and grease processing, and can be used in the enzymatic production of biodiesel, and can also be used in other oil and grease industries for treating free fatty acids and lowering acid value. Compared with the traditional chemical treatment methods, it has the advantages of mild reaction conditions, environmentally friendly, non-toxic, can treat a variety of fats and oils, few by-products, and the final products are easy to be extracted and refined.

Besthway food grade catalase is developed by Besthway Technology with modern genetic engineering, microbe (Aspergillus niger) fermentation and advanced post-process technology, which can efficiently catalyze the decomposition of hydrogen peroxide (hydrogen peroxide), so that it is converted into oxygen and water, which can be widely used in textile, paper, electronics, environmental protection and other industries for the removal of hydrogen peroxide, substantial savings in water resources and reduce energy consumption.