VOC-Free & Low-Toxicity Biphenyl Isothiazolinone Preservative for Textiles and Water-Based Systems

Unlock superior microbial protection for your textile and water-based formulations with our advanced, eco-friendly Biphenyl Isothiazolinone, ensuring durability and performance. Experience a new standard in preservation.

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Product Brings Advantages

Superior Antimicrobial Efficacy

Our MF-003 offers broad-spectrum sterilization, effectively combating bacteria, mucedine, and saccharomycetes, crucial for industrial preservative for latex and binders applications, enhancing product shelf life.

Environmental and Safety Profile

As an eco-friendly water-based system biocide, it is VOC-free and possesses low toxicity, allowing for safe use as an indirect food additive, highlighting its versatility and commitment to eco-friendly biocides in polymerization.

Robust Performance

This product exhibits remarkable stability across a wide pH and temperature range, making it a reliable anti-corrosion bactericide for textile printing, even in challenging conditions, a key feature for industrial preservatives for humid environments.

Key Applications

Textile Processing

Integral as a biphenyl isothiazolinone textile preservative and anti-corrosion bactericide for textile printing and dyeing processes, ensuring the longevity and integrity of textile products and a key component in textile auxiliaries for sustainable printing.

Water-Based Formulations

Ideal for eco-friendly water-based system biocide applications including binders, casein, and animal bone products, providing essential microbial protection and aligning with advanced water-based system preservation.

Polymer & Latex Industries

A vital broad-spectrum MF-003 for emulsion polymerization and latex manufacturing, safeguarding these sensitive systems from bacterial and fungal degradation and contributing to eco-friendly biocides in polymerization.

Pigment & Humid Environments

Effectively used to buy biphenyl isothiazolinone for humid environments and water-based pigments, preventing mucedine and bacterial growth in moisture-prone settings, crucial for industrial preservatives for humid environments.