Tel: +86 13962653966 | Email： sales@szeasychem.com
Tel: +86 13962653966 | Email： sales@szeasychem.com
Metalworking fluids (MWF), including cutting fluids, grinding fluids, and metalworking emulsions, are highly vulnerable to microbial contamination due to their water content and nutrient-rich composition. Bacterial and fungal growth in metalworking systems can lead to unpleasant odors, emulsion instability, reduced cooling efficiency, and equipment corrosion.
Selecting the right biocide for metalworking fluids is essential to maintain coolant performance, extend service life, and ensure consistent machining quality. At EasyChem, we provide reliable MWF biocides designed to control microbial growth in water-based metalworking systems and improve overall operational efficiency.
Microbial contamination is one of the most common challenges in metalworking systems. Without effective antimicrobial control, microbial growth can rapidly degrade fluid quality and reduce machining performance.
Typical problems include:
Bacteria multiply rapidly in water-based metalworking fluids, forming biofilms on machine surfaces and piping systems. Biofilm buildup reduces coolant flow efficiency and promotes corrosion.
Anaerobic bacteria generate hydrogen sulfide and other unpleasant compounds, leading to strong odors that create uncomfortable working conditions.
Microbial enzymes degrade emulsifiers and additives, causing oil-water separation and reducing coolant stability.
Contaminated metalworking fluids lose lubricity and cooling performance, leading to increased tool wear and reduced machining precision.
Microbial activity accelerates metal corrosion, especially in recirculating coolant systems.
Different types of biocides are used depending on system design, microbial load, and operating conditions. Our recommended products provide broad-spectrum antimicrobial control and long-term fluid protection.
Key Advantages:
Typical Application:
Typical Dosage:
50–200 ppm
Key Advantages:
Typical Application:
Typical Dosage:
100–300 ppm
Key Advantages:
Typical Application:
Typical Dosage:
30–100 ppm
Key Advantages:
Typical Application:
Typical Dosage:
100–500 ppm
Key Advantages:
Broad-spectrum antimicrobial activity (effective against bacteria, yeast, and mold)
Highly effective at very low dosage levels
Excellent stability in formulations with a wide pH range
Compatible with most cosmetic and industrial raw materials
Typical Application:
Personal care products (shampoos, lotions, creams)
Industrial water-based systems (adhesives, emulsions)
Paints and coatings
Wood preservatives and material protection systems
Typical Dosage:
0.01–0.05% (100–500 ppm, depending on formulation and regulatory limits)
Key Advantages:
Typical Application:
Typical Dosage:
Our metalworking fluid biocides are widely used in different MWF formulations.
Water-based cutting fluids are particularly susceptible to microbial growth due to their high water content. Proper preservation helps maintain fluid clarity and performance.
Typical applications include:
Semi-synthetic fluids combine oil and water phases, making them vulnerable to microbial degradation. Effective biocide systems help maintain emulsion stability.
Typical applications include:
Synthetic fluids require stable antimicrobial systems to maintain chemical stability and performance.
Typical applications include:
Using appropriate MWF biocides provides multiple operational benefits.
Effective microbial control reduces fluid degradation, allowing longer usage cycles and lowering replacement costs.
Clean metalworking fluids maintain optimal lubrication and cooling, improving machining precision and tool longevity.
Microbial control prevents biofilm buildup and system blockage, reducing equipment cleaning frequency.
Controlling bacterial growth reduces odor formation and improves workplace safety.
Choosing the correct metalworking fluid biocide depends on multiple factors.
Different fluid systems require different antimicrobial strategies.
Consider:
Closed-loop and recirculating systems require long-term microbial control.
Important factors include:
Heavily contaminated systems require fast-acting shock biocides.
Routine dosing helps maintain stable microbial levels.
Metalworking fluids typically operate at alkaline pH levels.
Biocides should remain stable within:
pH 8–10
A well-designed dosing program ensures consistent microbial control.
Typical strategy includes:
Initial dosing:
100–200 ppm
Maintenance dosing:
50–100 ppm
Shock dosing (if contamination occurs):
200–500 ppm
Actual dosage may vary depending on system conditions and microbial load.
At EasyChem, we provide high-quality biocides for metalworking fluids designed to meet industrial performance requirements.
Our Advantages:
We assist customers in selecting the most suitable metalworking fluid biocide system based on formulation requirements and operating conditions.
Commonly used biocides include CMIT/MIT, BIT, DBNPA, and Bronopol, depending on fluid type and microbial contamination level.
Odor formation is typically caused by bacterial growth producing sulfur-containing compounds. Proper biocide dosing helps eliminate odor problems.
Maintenance dosing is typically performed weekly or bi-weekly, depending on system conditions and microbial load.
Yes. Biofilm formation can clog pipelines and accelerate corrosion, leading to equipment damage.
Our technical team can help you select the most effective MWF biocide solution based on your system conditions and formulation requirements.
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388, Dengyun Road,Kunshan, Jiangsu, China
Email: sales@szeasychem.com
Contact： Joyce Yu
MB: +86 13962653966
Whatsapp&Wechat: +86 13962653966
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About Us
Easychem – a manufacturer of Suzhou Easy Chemical is a professional preservative manufacturer and chemical ingredients supplier, offering for wide range of industries to global market.
Strategic partner:
Defoamer manufacturer-Invelychem
Contact
Suzhou Easy Chemical Co. Ltd Contact: Joyce Yu Email: sales@szeasychem.com Tel: +86 13962653966 WhatsApp: +86 13962653966 WeChat: +86 13962653966 We will contact you within 2 hours, please pay attention to the email with the suffix “joyceyu@szeasychem.com”.
