Modified Glutaraldehyde: Advanced Biocidal Agent and Tanning Solution
Discover the enhanced stability and broad-spectrum efficacy of our modified glutaraldehyde for diverse industrial needs.
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Modified Glutaraldehyde
Our modified glutaraldehyde is a highly reactive derivative of standard glutaraldehyde, chemically altered to provide superior stability, reduced volatility, and improved performance across a range of critical applications.
- Leveraging the biocidal activity of glutaraldehyde for effective disinfection in medical settings.
- Serving as a primary tanning agent for special white leathers and a retanning agent for various high-quality leathers.
- Acting as a cross-linking agent to enhance the mechanical strength and water resistance of polymers like cellulose/gelatin composite films.
- Utilized in water treatment processes as a slimicide to prevent harmful biofilm growth in industrial cooling systems.
Product Advantages
Superior Stability
Benefit from improved stability and reduced volatility, offering safer handling and extended shelf-life compared to traditional glutaraldehyde.
Broad-Spectrum Efficacy
Experience effective microbial control; explore the biocidal activity of glutaraldehyde for disinfection and water treatment applications.
Enhanced Material Properties
Utilize its capability as a cross-linking agent for polymers, significantly boosting mechanical strength and water resistance in advanced materials.
Key Applications
Leather Tanning
Experience superior leather properties by using modified glutaraldehyde as a tanning agent, enhancing hydrothermal stability and reducing shrinkage.
Medical Disinfection
Rely on its potent biocidal activity for sterilization of medical facilities and delicate surgical instruments, effectively eliminating a wide range of microorganisms.
Material Science
Improve polymer performance by employing it as a cross-linking agent for polymers, leading to materials with greater durability and water resistance.
Water Treatment
Maintain industrial water systems efficiently with its role as a water treatment slimicide, preventing microbial contamination and biofilm formation.