Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Clariant Nipacide GSF Biocide

Clariant Nipacide GSF Biocide is a broad-spectrum, formaldehyde-free liquid biocide from Clariant’s Nipacide series. Designed for industrial water systems, it effectively controls bacteria, fungi, and algae without releasing formaldehyde. Its stable chemistry ensures long-term efficacy in cooling towers, process waters, and oilfield applications while meeting stringent environmental and safety standards globally.
  • clariant nipacide gsf biocide_77c9e23b
  • clariant nipacide gsf biocide_77c9e23b

Features Of Clariant Nipacide GSF Biocide

  1. Highly effective broad-spectrum biocide against bacteria, fungi, and algae.

  2. Stable across a wide pH range (pH 4–10) and compatible with common water treatment additives.

  3. Low foaming formulation suitable for high-shear industrial processes.

  4. Non-oxidizing chemistry that avoids corrosion issues associated with chlorine-based biocides.

  5. Eco-friendly profile with favorable environmental fate and low bioaccumulation potential.

Typical Applications Of Clariant Nipacide GSF Biocide

  1. Cooling water systems in power generation and HVAC applications.

  2. Process water circuits in paper & board manufacturing.

  3. Recirculating water systems in metalworking fluid sumps.

  4. Industrial wastewater treatment and reuse systems.

  5. Preservation of water-based emulsions and polymer dispersions.

Specifications Of Clariant Nipacide GSF Biocide

Chemical TypeHeterocyclic nitrogen compound (isothiazolinone derivative)
Product FormLiquid concentrate
AppearanceClear to slightly hazy, pale yellow liquid
Primary ApplicationsNon-oxidizing biocide for industrial water systems
Key FeaturesBroad-spectrum efficacy, pH stability, low volatility
BenefitsReduced microbial fouling, extended system uptime, compatibility with common polymers and corrosion inhibitors
Storage Stability≥24 months at 5–30 °C in original sealed container
Recommended Dosage Range50–200 ppm active ingredient, depending on system load and microbiological challenge


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