“…It was because the protease catalytic system prefers to react with the relatively loose structure of the scale roots. 3 When the treatment time was 25 min, the protease catalytic system diffused into the interior of the wool fiber along the scale roots, causing swelling and severe damage to the internal structure of the wool fiber (Fig. 1f).…”
Section: Resultsmentioning
confidence: 99%
“…Therefore, shrink-proofing treatment of wool is an important finishing process to improve the quality of wool products. 3…”
Section: Introductionmentioning
confidence: 99%
“…Therefore, shrink-proofing treatment of wool is an important finishing process to improve the quality of wool products. 3 Industrial processing of wool shrink-proofing finishing is currently still based on chlorination. During continuous chlorine treatment, sodium hypochlorite is generally used as an oxidizing agent.…”
The low efficiency of protease hydrolysis on wool keratin limits the development of protease-based wool shrink-proofing finishing. In this paper, a highly efficient protease catalytic system consisting of a trihydroxy...
“…It was because the protease catalytic system prefers to react with the relatively loose structure of the scale roots. 3 When the treatment time was 25 min, the protease catalytic system diffused into the interior of the wool fiber along the scale roots, causing swelling and severe damage to the internal structure of the wool fiber (Fig. 1f).…”
Section: Resultsmentioning
confidence: 99%
“…Therefore, shrink-proofing treatment of wool is an important finishing process to improve the quality of wool products. 3…”
Section: Introductionmentioning
confidence: 99%
“…Therefore, shrink-proofing treatment of wool is an important finishing process to improve the quality of wool products. 3 Industrial processing of wool shrink-proofing finishing is currently still based on chlorination. During continuous chlorine treatment, sodium hypochlorite is generally used as an oxidizing agent.…”
The low efficiency of protease hydrolysis on wool keratin limits the development of protease-based wool shrink-proofing finishing. In this paper, a highly efficient protease catalytic system consisting of a trihydroxy...
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