SMART CUT® Water Soluble Coolant

SMART CUT® water soluble coolant is specifically designed to be used at a number of different concentrations. Each material and application will have an ideal concentration. The concentration will affect sump life, tool life, and surface finish. Here are some examples of different applications and their corresponding concentrations. Maintaining proper concentration is essential to obtain optimum results, specially in production setting. Based on our experience, close to 80% of the coolant issues reported by clients are directly or indirectly attributable to poor concentration control. Concentration control is difficult to achieve when the coolant is manually mixed in small batches and is virtually impossible to maintain when untrained operators mix coolant. The Systems Equipment Division carries a complete line of automatic proportioning equipment to maintain accurate coolant concentration control. (Fluid Mixers)

When water miscible coolants are used in machining and grinding operations the volume of fluid in the coolant sump decreases due to the physical loss of the fluid (fluid is carried off on chips and parts) and water evaporates because it absorbs heat generated in the machining or grinding operation. Proper operation requires that the fluid level is maintained at some minimum level and so “makeup fluid” must be added to replenish coolant carried out on chips and parts. Since the loss of water by evaporation causes the fluid in the sump to increase in concentration the “makeup fluid” will always be mixed at the same concentration less that of the recommended operating concentration. For example, if an emulsion coolant is to be run at 5% volume to water then the “makeup” concentration for that fluid will generally be 2.5-3.0%. Check your product data and information sheets for recommended working and “makeup” concentrations.

The refractometer factor is used in determining concentration of a metalworking fluid. Each Master Chemical product has a refractive index factor for determining concentration. Consult the Data and Information Sheet for product specific refractive index factors. Multiply the refractive index (refractometer reading) by the refractometer factor and the result is the concentration of the working solution in percent. (The factor for most emulsion fluids is 1.0 so that the refractive index is the fluid concentration.)

An unpleasant coolant smell is most likely attributed to anaerobic bacteria. Bacteria produce waste products, which often contain sulfur and exude the “rotten-egg” smell. Bacteria are major contributors to coolant failure. They chemically alter coolants and destroy the lubricants and corrosion inhibitors in the process. They also pass off corrosive acids and salts into the coolant, which can lead to low pH and corrosion problems. The bacterial growth can be minimized by:

1. Maintaining proper coolant concentration.
2. Good housekeeping practices (cleanliness).
3. Preventing or minimizing contamination.
4. Good filtration of the coolant and continuously removing chips.
5. Thorough, periodic sump clean-outs.

Oftentimes, “cover-ups” which are perfumes, can be used to mask odors but they are not a cure and their use can lead to more serious fluid problems later.

Most coolants exhibit colors and odors that result from the chemicals from which they are blended. But sometimes metal cutting fluid manufacturers use dyes and colorants to give them an aesthetic appeal. They are also helpful in identification of products for companies which use a number of different products. Machine operators sometimes use color intensity as an indication of coolant concentration. Color intensity is not a good indicator of concentration as tramp oil can absorb the dyes used, and some work materials (such as cast iron) can “mask” the dye. Even with dyed coolants it is necessary to check fluid concentration properly periodically.

Residue is the material left behind on the machine and workpieces after the water evaporates from the coolant solution. Residues should never interfere with the smooth and proper machine tool function but more importantly the residue should enhance the machine’s operation. Residues may be classified as:

1. Fluid
2. Soft
3. Hard
4. Gummy
5. Crystalline

For optimum machine tool functioning, oily, non-gummy residues are preferable. If a residue is hard, gummy or crystalline, it can cause a machine’s moving parts to “stick” or “freeze” and may cause a machine malfunction. A moderate crystalline film may be tolerated on certain types of surface grinders but such a residue could cause a major problem on a 5-axis machining center. In other words, the type of machine must be considered when selecting a fluid because the type of residue may dramatically affect the machine function.

Mixing is crucial to maintaining stability in cutting and grinding fluids. Proper mixing instructions are available on all Master Chemical Data and Information Sheets. For optimum performance and maximum life, coolant concentrates should be mixed with chemically pure water produced by deionization or reverse osmosis. It is a general rule that concentrates should be added to the water last and mixed thoroughly. One way to remember the proper sequence of addition is to remember “O.I.L.”, meaning “oil in last”. Special mixing devices and proportioners like the UNIMIX™ and Master Mix™, which automate the mixing process and minimize the waste of concentrate, are available from Master Chemical. (Fluid Mixers)

SMART CUT™ Water Soluble Coolant is a synthetic coolant formulated for use in cutting, grinding, and machining operations. It is effective for cooling and lubricating a wide range of materials, including metals, ceramics, and composites. This coolant is ideal for applications like milling, drilling, and grinding, helping to enhance cutting efficiency, protect tools, and improve surface finish quality.

The mixing ratio depends on the material being cut and the type of operation:

For light-duty cutting: Mix 1 part coolant to 20 parts water.

For more intense cutting or grinding: Mix 1 part coolant to 10 parts water. Be sure to mix thoroughly and test the concentration using a refractometer to ensure the correct mix for your specific needs.

While the SDS doesn’t specify an exact shelf life, SMART CUT™ should be stored under recommended conditions—cool, dry, and sealed containers. If properly stored, it should maintain its effectiveness for an extended period. Avoid prolonged exposure to high temperatures or freezing conditions, which could impact the product’s stability.

Yes, this coolant is compatible with a wide range of cutting, grinding, and machining equipment, including CNC machines, band saws, lathes, and surface grinders. It works well with different materials, from metals and composites to ceramics, ensuring versatility in various industrial applications.

The coolant is a blue liquid with a slight ammoniacal odor, which is typical for water-soluble coolants. It is designed to be non-intrusive and safe to handle in a well-ventilated environment.

Yes, SMART CUT™ is biodegradable and formulated to minimize environmental impact. It is safer for disposal compared to oil-based coolants, provided local disposal regulations are followed. The biodegradable nature of the coolant makes it a more sustainable choice for industries looking to reduce their environmental footprint.

Yes, SMART CUT™ Water Soluble Coolant can be effectively filtered to maintain its performance and extend its service life. Implementing a filtration system helps remove contaminants such as metal particles, tramp oils, and other debris, ensuring optimal machining conditions.

For optimal results, it’s advisable to consult with coolant manufacturers or filtration system providers to design a filtration solution tailored to your specific machining operations and coolant type.

SMART CUT™ Water Soluble Coolant is formulated to provide effective cooling and lubrication across various machining operations. Compared to other water-soluble coolants, SMART CUT™ offers enhanced corrosion protection, improved tool life, and better surface finishes. Its formulation ensures effective cooling and lubrication across different materials and cutting conditions.

Not all coolants are the same. Where there may be many coolant options, metalworking coolants are primarily formulated for metals and may not be effective for machining hard and brittle materials like ceramics, glass, composites, semiconductors, and precious stones. These materials often require specialized coolants or lubricants tailored to their unique properties.

For instance, when slicing, grinding, drilling glass, ceramics, and other brittle materials, the choice of coolant significantly influences the effectiveness of the fabrication process. The coolant should efficiently remove heat, provide sufficient lubricity, and effectively remove waste material from the grinding zone, all while maintaining optimal material removal rates and surface finish quality.

Conventional coolants often lack the ability to efficiently remove heat from the cutting area, leading to overheating, tool wear, and poor surface finishes. They can also cause material contamination, poor lubrication, and inconsistent tool performance, especially when working with hard and brittle materials. Additionally, conventional coolants may require additional secondary operations to correct material damage or imperfections.

Yes, SMART CUT® Coolant is fully compatible with most filtration systems, ensuring that it can be used efficiently in systems designed for water-soluble coolants without the need for significant adjustments or additional components.

SMART CUT® Coolant requires minimal maintenance. It is formulated to prevent bacterial growth and avoid foaming, which can disrupt cooling efficiency. Regular monitoring of the coolant’s dilution ratio is recommended to ensure optimal performance. Periodic cleaning of the filtration system may also be necessary to maintain the coolant’s effectiveness.

Yes, SMART CUT® Coolant can help reduce machining costs in the long term. By extending tool life, improving cutting efficiency, reducing downtime, and eliminating secondary operations, SMART CUT® Coolant provides significant cost savings for manufacturers.

SMART CUT® Coolant is specifically formulated to perform effectively in high-speed machining operations. By maintaining cooling and lubrication properties under extreme cutting conditions, it helps reduce heat buildup and friction, which are common problems at high speeds. This leads to better tool life, improved surface finish, and faster, more efficient cutting.

Yes, SMART CUT® Coolant reduces material thermal stress and edge damage by maintaining an optimal cutting temperature. It helps prevent chipping, microcracking, and material deformation, which is crucial when working with brittle materials like ceramics, glass, and precious stones.

SMART CUT® Coolant is designed for wet cutting operations. While it can be used in near-dry or minimal coolant conditions, it is most effective when used in conjunction with deionized water, ensuring consistent cooling and lubrication for the material and the cutting tools.

SMART CUT® Coolant is highly effective in machining composite materials, as it reduces heat buildup and prevents material softening, which can lead to fiber damage. Its excellent lubrication and cooling properties allow for smoother cuts and higher precision, which is critical when working with materials like carbon fiber and fiberglass.

Yes, SMART CUT® Coolant is ideal for cutting precious stones such as diamonds, opals, and other semi-precious materials. Its ability to reduce thermal stress and prevent material cracking ensures that the stones retain their integrity and surface finish during the cutting process.

SMART CUT® Coolant is effective within a wide temperature range, maintaining its properties even under extreme heat conditions. It is designed to perform well in temperatures as high as 500°F in the cutting zone, preventing tool overheating and material damage during high-speed or high-pressure operations.

Yes, SMART CUT® Coolant contains corrosion inhibitors that provide excellent protection for both cutting tools and machinery. This helps prevent rust and corrosion from forming on tools, cutting equipment, and machinery, thereby prolonging their lifespan and reducing maintenance costs.

While SMART CUT® Coolant is highly effective on its own, it is generally not recommended to mix it with other coolants or lubricants, as this could compromise its performance. It is best to use SMART CUT® Coolant as a standalone solution for optimal results. If needed, consult the manufacturer for recommendations on mixing or blending with other products.

SMART CUT® Coolant helps maintain a consistent machining process by stabilizing the cutting temperature and reducing friction during operation. This leads to more predictable outcomes, with fewer variations in cut quality, material deformation, or tool wear. The coolant’s ability to improve temperature control ensures that every cut maintains the desired precision and surface finish.

By providing effective cooling and lubrication, SMART CUT® Coolant reduces the thermal stresses that cause material deformation. Its ability to maintain a stable temperature at the cutting zone prevents the material from expanding or contracting due to heat, ensuring that delicate or high-precision workpieces retain their shape and integrity throughout the machining process.

SMART CUT® Coolant is an eco-friendly solution, free from harmful chemicals like nitrates, phosphates, and chlorinated compounds. It is biodegradable and non-toxic, reducing its environmental impact. Additionally, its ability to extend tool life and reduce coolant waste makes it a more sustainable and cost-effective option in the long term.

SMART CUT® Coolant works effectively when you observe smoother cutting, longer tool life, minimal material damage, and improved surface finish quality. If you’re experiencing reduced tool wear, fewer secondary operations, and more consistent results, it’s a good sign that the coolant is performing optimally. Regularly checking the coolant’s dilution and cleanliness will also help maintain its effectiveness.

SMART CUT® Coolant is safe to use on most types of diamond saws, grinders, CNC machines, and other machining equipment. It is compatible with a wide range of filtration systems and doesn’t cause corrosion or buildup on machines. However, always ensure that the coolant is used at the recommended dilution ratios for best results.

If you notice any issues with the coolant’s performance, such as poor cooling or lubrication, check the dilution ratio to ensure it is within the recommended range for your specific operation. It’s also important to monitor for contamination, which can occur over time. If necessary, contact the manufacturer for support or advice on troubleshooting specific problems.

Yes, SMART CUT® Coolant is highly effective for high-precision wafering operations. Its ability to provide consistent cooling and lubrication, as well as its capability to prevent microcracking and thermal distortion, makes it an excellent choice for applications where ultra-tight tolerances are required, such as in semiconductor manufacturing.

Yes, SMART CUT® Coolant is highly effective in automated systems, ensuring smooth and consistent coolant delivery during automated cutting, grinding, and slicing operations. It maintains the required lubrication and cooling properties without the need for manual intervention, helping increase throughput and reduce operator involvement.

SMART CUT® Coolant minimizes microcracking by reducing thermal stresses at the cutting zone. Its cooling properties help maintain a stable temperature during the cutting process, preventing material expansion and contraction that could lead to cracks. This is particularly important for brittle materials like ceramics, glass, and gemstones.

Using SMART CUT® Coolant instead of plain water provides substantial performance improvements. The coolant’s ability to bond with water molecules allows for better swarf removal, superior cooling, and lubrication. This helps in reducing friction, extending tool life, and maintaining a consistent cutting temperature, resulting in higher-quality cuts, fewer tool changes, and reduced risk of material damage.

No, SMART CUT® Coolant does not leave hard-to-remove residues on the material or machinery. Its formulation is designed to minimize residue buildup, ensuring that any organic residue left behind is easily cleaned and won’t harm the workpiece or the machine components.

SMART CUT® Coolant helps improve cutting accuracy by maintaining consistent tool temperatures, preventing overheating, and reducing tool wear. These factors are critical in high-precision applications like semiconductor wafering, thin section cutting, and diamond sawing, where even slight temperature fluctuations or material deformations can lead to dimensional inaccuracies.

Yes, SMART CUT® Coolant is designed to work effectively with all types of diamond tools, including diamond drills, slicing blades, wafering blades, and other precision cutting tools. It improves the performance and longevity of these tools by providing efficient cooling and reducing friction during cutting.

Yes, SMART CUT® Coolant is highly effective in polishing operations. Its lubrication properties reduce friction, allowing for smoother and more controlled polishing of materials, while also preventing overheating, which can cause surface damage. It helps achieve a high-quality, fine finish with less material waste.

SMART CUT® Coolant should be stored at room temperature, ideally between 50°F and 85°F (10°C to 30°C). It should be kept in a cool, dry place, away from direct sunlight and extreme temperatures, to maintain its stability and effectiveness over time.

Yes, SMART CUT® Coolant is versatile and can be used with both hard and soft materials. Whether you’re cutting tough ceramics, soft metals, or composite materials, SMART CUT® Coolant’s unique formulation provides optimal cooling and lubrication, ensuring high-quality results across a wide range of material types.

SMART CUT® Coolant increases cutting speed by improving lubrication and cooling, which reduces friction and heat buildup. This results in more efficient cutting, allowing operators to achieve higher speeds without compromising tool life, material quality, or cutting precision.

No, SMART CUT® Coolant does not require special handling or equipment. It is compatible with standard filtration and coolant systems used in most machining setups. However, it is important to follow the recommended dilution ratios to ensure optimal performance and maximize the coolant’s benefits.

SMART CUT® Coolant is designed to work independently for optimal performance. It is generally not recommended to mix SMART CUT® with other cutting fluids as it may reduce its efficiency. However, if you need to blend with another product, it’s advised to consult the manufacturer to ensure compatibility and avoid compromising the coolant’s performance.

SMART CUT® Coolant benefits a wide variety of cutting operations, including:

Diamond blade cutting

Grinding and polishing

Dicing and slicing of thin sections

Drilling and boring of hard materials

Wafering and precision machining It is especially beneficial in high-precision, high-speed, and high-pressure applications.

Yes, SMART CUT® Coolant improves surface finish quality by reducing friction and heat generation, which helps in preventing tool marks, material chipping, and surface imperfections. Its superior lubrication properties contribute to a smooth, polished surface, which is essential in high-quality, precision cutting operations.

Yes, SMART CUT® Coolant is effective for grinding operations, including both surface and cylindrical grinding. It helps prevent tool wear, reduces the risk of thermal damage, and ensures smooth, efficient grinding with minimal swarf accumulation. The coolant’s ability to reduce friction and heat buildup leads to higher efficiency and longer tool life during grinding.

SMART CUT® Coolant is ideal for high-precision cutting due to its ability to maintain stable cutting temperatures, improve lubrication, and prevent material deformation or cracking. These factors are crucial for industries that require ultra-tight tolerances and clean cuts, such as semiconductor manufacturing, optics, and precision materials cutting.

SMART CUT® Coolant has a pleasant scent that enhances the working environment by reducing the unpleasant odors often associated with traditional cutting fluids. It is designed to be non-toxic and non-irritating, ensuring a more comfortable and safer environment for operators.

If you notice any issues such as poor cooling, increased tool wear, or decreased cutting efficiency, check the dilution ratio to ensure it aligns with the recommended specifications for your application. Ensure that the coolant is clean and free from contaminants. If problems persist, consider contacting the manufacturer for further troubleshooting support.

By preventing cracking, chipping, and thermal damage, SMART CUT® Coolant ensures that more material is usable, improving yield. It reduces material waste caused by cutting defects, which is particularly beneficial for high-cost materials and precision applications where material loss is a concern.

Yes, SMART CUT® Coolant is safe for use on a wide range of machinery, including CNC machines, precision cutting equipment, grinding machines, and diamond saws. It is compatible with most filtration systems and does not cause corrosion or damage to machine components when used as directed.

SMART CUT® Coolant improves productivity by extending tool life, increasing cutting speeds, and reducing downtime caused by tool changes. It also enhances surface finish quality, reducing the need for additional post-processing steps. These factors contribute to more efficient and faster machining operations.

SMART CUT® Coolant is designed to maintain its effectiveness over extended periods, reducing the need for frequent replenishment. As long as the dilution ratio is maintained and the coolant is kept clean, it can last for a significant amount of time without the need for frequent changes.

Yes, SMART CUT® Coolant helps prevent material from sticking to the tool. Its lubrication properties reduce friction, ensuring that the material and tool remain separated during the cutting or grinding process. This is particularly important in high-speed operations where material adhesion can cause tool clogging or surface defects.

Store SMART CUT™ in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat. The container should be kept tightly closed when not in use to prevent contamination. Avoid storing the coolant near incompatible materials like strong oxidizers, reducing agents, or nitrites, as these could lead to dangerous reactions or degrade the coolant.

SMART CUT™ is non-flammable and non-hazardous under normal conditions. However, as with any chemical product, it’s important to follow safety guidelines. Always wear appropriate personal protective equipment (PPE) such as gloves and goggles to prevent skin or eye contact, especially during mixing or handling.

Eye Contact: Rinse immediately with plenty of water for at least 15 minutes. If irritation persists, seek medical attention.

Skin Contact: Wash with soap and water. Apply hand cream afterward to keep the skin moisturized. If irritation continues, remove contaminated clothing and seek medical advice.

Inhalation: Move to fresh air. If symptoms such as coughing or shortness of breath persist, seek medical help.

Ingestion: Drink water or milk immediately, but do not induce vomiting unless directed by medical personnel. Seek immediate medical attention.

Store SMART CUT™ at a moderate temperature, typically between 10°C (50°F) and 30°C (86°F). Avoid freezing conditions as well as exposure to extreme heat, which can cause the product to degrade or evaporate, reducing its effectiveness.

The coolant’s superior lubrication properties reduce friction between the cutting tool and the workpiece, which minimizes wear on the tool and enhances its performance. By keeping tools cool and preventing overheating, SMART CUT™ ensures longer tool life and improves overall cutting efficiency.

Yes, SMART CUT™ can be recycled or reused by filtering out contaminants such as metal shavings, dirt, and other debris. Many industrial facilities use coolant recycling systems to extend the life of the coolant, making it more cost-effective and environmentally friendly. However, regular testing is necessary to ensure it maintains the correct concentration and effectiveness.

In case of a spill, absorb the coolant with inert materials such as sand or sawdust. Once absorbed, place the waste material in a suitable container for disposal. Avoid allowing the coolant to enter drains or waterways, as it could lead to environmental contamination. Always clean up spills promptly and follow local waste disposal regulations.

The primary chemical component in SMART CUT™ is triethanolamine (less than 20%). While generally safe under normal use, prolonged skin contact or inhalation of the mist should be avoided. Always follow the safety guidelines provided in the SDS and use personal protective equipment (PPE) to minimize exposure.

The coolant should be replaced when it becomes contaminated or when its performance drops. Regular testing for concentration, pH levels, and contamination can help determine when to replace the coolant. Typically, coolant should be replaced if it starts to show signs of discoloration, odor, or if it becomes too thick or contaminated.

SMART CUT™ offers superior cooling and lubrication performance compared to traditional oil-based coolants. Its biodegradable nature, low VOC content, and effective corrosion inhibition make it an environmentally friendly and efficient choice for both high-performance cutting operations and regular maintenance tasks.

To ensure that SMART CUT™ is performing effectively, regularly monitor the coolant’s pH, concentration, and cleanliness. Use a refractometer to measure the coolant concentration and make adjustments if necessary. If the coolant becomes too contaminated or the concentration is off, tool performance and cut quality will degrade.

Yes, SMART CUT™ is suitable for cutting and machining a variety of metals, including aluminum. Its superior lubrication and cooling properties make it effective for aluminum, preventing overheating and tool wear during cutting and grinding operations.

Coolant should be replaced when it becomes too contaminated or when its cooling and lubrication properties start to deteriorate. Regular testing for concentration and pH will help you determine when it’s time to replace the coolant. Additionally, if the coolant begins to smell, becomes discolored, or the mixture has been used for an extended period, it’s time to change it.

Yes, to maintain its effectiveness, it’s important to regularly filter out contaminants such as metal particles and debris. Using a filtration system can help prolong the life of the coolant and ensure it continues to provide optimal performance during machining operations.

Yes, SMART CUT™ is compatible with CNC machines. It works well in a wide range of automated cutting, grinding, and milling operations, providing both effective cooling and lubrication. Its use in CNC machines can enhance precision, tool life, and surface quality during high-speed machining.

Used coolant should be disposed of according to local regulations and environmental guidelines. In many cases, it can be recycled or reconditioned. It’s essential to consult local authorities for proper disposal methods to minimize environmental impact.

It’s not recommended to mix SMART CUT™ with other coolants, especially if they are of different types (e.g., oil-based or synthetic). Mixing coolants can lead to incompatible chemical reactions that may reduce the coolant’s effectiveness or cause other unwanted effects. Always use SMART CUT™ as specified by the manufacturer.

SMART CUT™ is designed to improve the surface finish of materials by reducing friction and heat during cutting processes. Properly mixed coolant will help to achieve a smoother cut and prevent defects such as burning, discoloration, or rough finishes.

Yes, SMART CUT™ is effective for use with hard metals like titanium, stainless steel, and other alloys. Its cooling and lubrication properties help manage the heat generated during cutting, which is especially important when machining harder materials that are prone to overheating.

Absolutely. SMART CUT™ is well-suited for grinding applications, providing excellent cooling and lubrication during grinding processes, reducing tool wear, and improving the quality of the surface finish.

If you find that the concentration is either too high or too low, you can adjust it easily by adding more coolant concentrate or water, respectively. Always stir the mixture thoroughly after adjusting the concentration to ensure an even distribution of the coolant in the mixture. Then, test again using a refractometer to verify the correct concentration.

It’s recommended to use soft, clean water for mixing SMART CUT™ to avoid any negative effects from hard water, such as the formation of scale and deposits in the system. Hard water can reduce the performance of the coolant and potentially cause damage to the cooling system over time.

Yes, SMART CUT™ is versatile and suitable for various machining operations, including milling, drilling, grinding, slicing, dicing, polishing. Its formulation ensures effective cooling and lubrication across different materials and cutting conditions.

The optimal dilution ratio depends on the specific machining operation and material being processed. For general applications, a 5% solution (1 part coolant to 19 parts water) is commonly used. However, for heavy-duty operations or specific materials, a higher concentration may be beneficial. It’s advisable to consult the manufacturer’s guidelines or conduct trials to determine the best ratio for your needs.

While SMART CUT™ is designed to be compatible with various water qualities, using soft or deionized water is recommended to prevent mineral deposits and scale formation. Hard water can lead to reduced coolant performance and potential damage to equipment over time.

Used coolant should be managed according to local environmental regulations. Generally, it can be filtered to remove contaminants and then disposed of as non-hazardous waste. Some facilities opt to recycle the coolant to extend its usability. Always ensure compliance with local laws regarding disposal.

SMART CUT™ contains triethanolamine as a primary ingredient. While generally safe under normal usage conditions, prolonged skin contact or inhalation of the mist should be avoided. Always follow safety guidelines and use personal protective equipment (PPE) to minimize exposure.

Regular monitoring of the coolant’s concentration, pH level, and cleanliness is essential. Using a refractometer can help maintain the correct concentration. Additionally, observing the quality of the machined surface and the condition of cutting tools can provide insights into the coolant’s performance.

Yes, SMART CUT™ is formulated to be effective with a wide range of metals, including ferrous and non-ferrous materials. Its corrosion inhibitors help protect against rust and oxidation, ensuring longevity and performance across different metal types.

Absolutely. SMART CUT™ is designed to perform well under high-speed machining conditions, providing effective cooling and lubrication to prevent overheating and reduce tool wear.

When mixing, add the coolant concentrate to water to prevent splashing and ensure proper dilution. Use appropriate PPE, such as gloves and safety goggles, to avoid skin and eye contact. Ensure the work area is well-ventilated to prevent inhalation of any mist.

If skin irritation occurs, wash the affected area with soap and water. Apply hand cream to moisturize the skin. If irritation persists, discontinue use and consult a healthcare professional. Prolonged or repeated exposure may lead to skin sensitization in some individuals.