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Metalworking Fluid Antiseptic OEM

Nantong Boda Biochemistry Co.,Ltd.

Nantong Boda Biochemistry Co.,Ltd. is professional China Metalworking Fluid Antiseptic Manufacturers and OEM Metalworking Fluid Antiseptic factory , which specializes in producing preservatives,fungicides,and biocides for a wide range of daily products. The former of our company is Xinke Daily Chemical Company,which was established in 1999,and in 2003 it was renamed Nantong Boda Biochemistry Co., Ltd., but the trademark “XK” is still used. The XK brand has been known and used by the international manufacturers in the fields of cosmetics, construction, home decor, water treatment, textiles, cleaning products, and paper. The core products--wood protection and kathon based preservatives are widely used in many countries, the feedback from our clients are popularly positive. Our products kill and inhibit the growth of bacteria,mildew,and fungi, so your products could stay fresh for a long time.

Industry & knowledge

The Corrosion Protection of Custom Metalworking Fluid Antiseptic

Corrosion protection is a critical aspect of metalworking fluids, and custom metalworking fluid antiseptics can play a significant role in preventing corrosion in various metalworking processes. Here are some ways in which these antiseptics contribute to corrosion protection:
Inhibition of Corrosive Agents: Custom metalworking fluid antiseptics often contain additives that can neutralize or inhibit the corrosive agents present in the fluid, such as acidic components or contaminants. By reducing the presence of these agents, the likelihood of corrosion on metal surfaces is minimized.
Formation of Protective Films: Some antiseptic additives can form a protective film on metal surfaces. This film acts as a barrier between the metal and potentially corrosive elements in the fluid, providing an extra layer of protection against corrosion.
pH Stabilization: Antiseptic additives can help maintain the pH level of the metalworking fluid within an optimal range. An appropriate pH level is crucial to prevent acidic or alkaline conditions that could lead to corrosion.
Reduced Microbial Activity: Microbial growth in metalworking fluids can produce byproducts that accelerate corrosion. Antiseptic additives suppress microbial activity, reducing the formation of these corrosive byproducts.
Prevention of Water Contamination: Metalworking fluids can sometimes become contaminated with water due to condensation or process-related factors. Water can promote corrosion, especially in the presence of oxygen. Antiseptic additives that prevent microbial growth also help mitigate the risk of water-related corrosion.
Oxidation Inhibition: Some custom metalworking fluid antiseptics include antioxidants that inhibit oxidation of the fluid. Oxidation can lead to the formation of rust and other corrosive compounds on metal surfaces.
Compatibility with Different Metals: Custom formulations of antiseptic additives can be tailored to provide specific corrosion protection for different types of metals. This is important because different metals have varying susceptibility to corrosion under certain conditions.

The Bacterial Growth Prevention of Custom Metalworking Fluid Antiseptic

Bacterial growth prevention is a crucial aspect of Custom Metalworking Fluid Antiseptic, especially in environments where water-based metalworking fluids are used. Here's how these antiseptics contribute to preventing bacterial growth:
Microbial Inhibition: Custom Metalworking Fluid Antiseptic often contains biocidal agents that actively inhibit the growth and proliferation of bacteria, fungi, and other microorganisms. These agents can disrupt the cellular structures of microbes, preventing them from reproducing and thriving.
Biofilm Disruption: Microorganisms often form biofilms on surfaces submerged in metalworking fluids. Biofilms can provide a protective environment for microbes and make them more resistant to traditional cleaning methods. Antiseptic additives can help disrupt these biofilms, making it harder for microorganisms to adhere to surfaces and establish colonies.
Water Activity Control: Antiseptics can influence the water activity (aw) of the metalworking fluid. Lowering the water activity through the use of antiseptic additives can create an environment that is less conducive to microbial growth. Microbes require a certain level of water availability to thrive, so controlling water activity can limit their growth.
pH Regulation: Some antiseptic additives help regulate the pH of the metalworking fluid. Maintaining an optimal pH level can create an environment that is less favorable for many types of microorganisms, thereby reducing their growth rate.
Oxidation Prevention: Oxidation of metalworking fluids can promote microbial growth. Certain antiseptic additives also act as antioxidants, preventing oxidation and thereby limiting the conditions that encourage microbial proliferation.
Nutrient Deprivation: Microbes require nutrients to grow. Antiseptic additives can interfere with the availability of essential nutrients, starving microorganisms and hindering their growth.
Longer Fluid Life: By preventing bacterial growth, antiseptic additives help extend the life of the metalworking fluid. Bacteria and fungi can consume components of the fluid, leading to fluid degradation. When microbial growth is minimized, the fluid remains effective for a longer duration.
Reduction of Unpleasant Odors: Bacterial growth in metalworking fluids can produce foul odors that can be unpleasant for workers and impact the overall work environment. Antiseptic additives reduce microbial activity, which in turn reduces the generation of these odors.
Health and Safety: Preventing bacterial growth is essential for maintaining a safe working environment. Bacteria and fungi in metalworking fluids can produce hazardous byproducts that can pose health risks to workers through skin contact, inhalation, or ingestion.

How to choose the right metalworking fluid preservative?

Selecting the right metalworking fluid preservative requires consideration of several factors, here are some guiding steps:
Metal Types: Different metals require different preservatives in different environments. Make sure the chosen preservative has good corrosion resistance for the type of metal being processed.
Use environment: Consider the environmental conditions of the metalworking fluid, such as temperature, humidity, etc. Certain environmental conditions may promote corrosion, so an adaptable preservative needs to be selected.
Process requirements: Different processing processes may require preservatives with different properties. For example, high speed cutting and heavy cutting may require different antiwear properties.
Performance indicators: According to actual needs, evaluate the performance indicators of preservatives, including anti-corrosion performance, antibacterial performance, biodegradability, etc.
Operability: Consider the mixing stability and addition ratio of preservatives, etc., to ensure that it can be conveniently formulated and controlled during use.
Environmental requirements: If you are concerned about environmental issues, choose preservatives that comply with environmental regulations and standards to avoid adverse effects on the environment.
Trial and test: Before choosing a preservative, do a small-scale trial and test to see how it will work in the actual process. Decisions can be made based on trial results.