시청: 카보머 940: 효율적인 물 세척이 필요 없는 소독 젤 시연

다른 비디오
November 28, 2025
Category Connection: 생물학적 버퍼
Brief: 저희가 테스트해 봤습니다. 주요 내용과 실제 사용 시 예상되는 사항을 확인해 보세요. 이 쇼케이스는 Carbomer 940이 소독제 손 소독제를 효율적인 무세척 젤로 어떻게 변환하는지 보여줍니다. 사용성 개선, 적용 일관성, 공공 손 위생을 위한 빠른 건조에 있어서의 역할을 살펴보세요.
Related Product Features:
  • Acts as an efficient rheological regulator and thickener for disinfectant gels.
  • Transforms into a transparent gel that prevents splashing and dripping, reducing product waste.
  • Enables a no-wash disinfection process, ideal for use in crowded public areas.
  • Ensures even application of disinfectant for comprehensive coverage and thorough disinfection.
  • Facilitates quick drying due to lower water content and alcohol volatilization.
  • Comes as a fluffy white powder that becomes a viscous, transparent substance when prepared.
  • Improves skin feel and product stability with proper pH adjustment using neutralizing agents.
  • Manufactured by Hubei Xindesheng Material Technology Co., Ltd. in Ezhou City, Hubei Province.
질문과대답:
  • What is Carbomer 940 and what is its primary function in disinfectant gels?
    Carbomer 940 is an efficient rheological regulator and thickener that transforms liquid disinfectants into a stable, transparent gel. This prevents dripping, ensures even application, and enables a washing-free disinfection process.
  • How does the gel formulation improve upon traditional liquid disinfectants?
    The gel formulation eliminates splashing and dripping, reduces product waste, and requires no washing or drying steps. It allows for quick, convenient disinfection in crowded areas like malls and stations.
  • What should be considered when formulating with Carbomer 940 to ensure optimal performance?
    The amount of Carbomer 940 must be balanced; too little makes the gel too thin, while too much makes it overly viscous. The pH may need adjustment with neutralizing agents like triethanolamine for better skin compatibility, and alternative types like Carbopol 980 can be used if high alcohol concentrations cause instability.
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