Product Comparisons
Coolant selection shapes tool life, stability, and finish quality. Use this hub to compare Oemeta families by metal and operation, then view the product and pricing aligned to your specific machining needs.
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Oemeta vs Conventional Fluids
Traditional metalworking fluids struggle with today’s machining pressures. They foam under aeration, break down early, stain sensitive metals, and require frequent sump changes. Oemeta coolants are engineered differently.
Bio-stable longer coolant life
Oemeta coolants deliver long sump life with advanced biostability, reducing cleanouts, eliminating odor, improving concentration stability, and keeping machining systems clean and consistent.
High lubricity for better tool life
Oemeta’s high-lubricity semi-synthetic and ester coolants strengthen film protection, reduce flank wear, extend tool life, and improve performance on steel, stainless, aluminum, titanium, and Inconel.
Low foam at high pressure
Engineered for modern machining, Oemeta coolants maintain ultra-low foam at 750–1200 PSI, improving chip control, finish quality, and pressure stability in high-pressure and Swiss-type systems.
Cleaner parts and machines
Oemeta fluids rinse clean, stay transparent, and prevent residue, staining, and buildup. Parts finish bright, machines stay cleaner, and operators avoid the issues caused by mineral-oil heavy coolants.
Best Coolant for Steel
Steel machining demands strong EP lubrication, low foam, and stable, repeatable finishes. NOVAMET 875 delivers maximum lubricity for difficult steels, while NOVAMET 910 B balances performance across steel and cast iron with extremely low foam. For shops needing clean sump stability and the most cost-effective steel performance, UNIMET 183 runs bright, stays clean, and reduces overall consumption.
Best Coolant for Aluminum
Aluminum needs non-staining, clean-running fluids with strong wetting and fast chip clearing. NOVAMET 110 delivers clean, stable performance for high-speed aluminum work, while NOVAMET 875 provides strong lubricity and smooth cutting on aluminum alloys. The HYCUT System adds mineral-oil-free stability for sensitive materials. Together, they prevent staining, produce bright clean finishes, improve chip flushing, and stay low-foam even under high-pressure delivery.
Best Coolant for Titanium, Inconel & Hard Alloys
Hard metals generate extreme heat and punish tools without a coolant built for control. NOVAMET 770 AE supports tight-tolerance aerospace machining with exceptional lubricity, while NOVAMET 910 B delivers the high film strength needed for superalloys. The HYCUT System adds maximum stability for aggressive cuts, and UNIMET 183 provides a clean, cost-effective option for lighter hard-alloy work. Together, they lower cutting temperatures, smooth chip flow, reduce chipping and edge breakdown, and stay low-foam even under extreme PSI.
Find Your Solution
Not all fluids perform the same. When you measure tool life, sump stability, finish quality, and compliance, the difference with Oemeta is clear.
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Premium multi-metal coolant, high tool life & finish |
Economical coolant for steels & cast iron |
High-lubricity coolant for hard metals |
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Steel, cast iron, aluminum, titanium, brass |
Steel & cast iron only |
Titanium, Inconel & tough alloys |
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Water-miscible semi-synthetic, boron-free |
Semi-synthetic, bactericide-free |
Semi-synthetic, high EP |
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Long life, biostable, clean running |
Robust, stable, low upkeep |
Stable, long-life under heavy load |
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Strong EP lubricity, great for hard alloys |
Reliable in general steel machining |
Excellent on Ti & superalloys |
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Excellent, residue-free, bright parts |
Consistent, clean steel finishes |
Bright, consistent finishes |
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Low foam in central & single systems |
Very low foam, even soft water |
Low-foam at high pressure |
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Strong on steel & non-ferrous |
Dependable on ferrous metals |
Strong on ferrous & non-ferrous |
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Boron- & formaldehyde-free, GHS label-free |
Formaldehyde-free, REACH compliant |
Formaldehyde-free, REACH safe |
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Coolant Questions
What’s the difference between semi-synthetic and synthetic coolant?
What’s the difference between semi-synthetic and synthetic coolant?
Semi-synthetics balance lubricity and detergency for general machining. Full synthetics maximize clarity and cooling for tight-tolerance work.
What coolant is best for aluminum?
What coolant is best for aluminum?
NOVAMET 110, NOVAMET 875, and the HYCUT System all deliver bright, clean, non-staining finishes.
What’s best for titanium or Inconel?
What’s best for titanium or Inconel?
NOVAMET 910 B and HYCUT deliver high film strength to handle heat and edge wear.
Why does foam matter at high pressure?
Why does foam matter at high pressure?
Foam collapses pressure. Pressure drives tool life, chip evacuation, and finish quality and our Anti-Foam Pods restore that pressure instantly to keep your sump cutting clean and consistent.
How long does Oemeta coolant last?
How long does Oemeta coolant last?
With proper care, Oemeta’s biostable fluids run for months or even years with minimal intervention.
Are Oemeta coolants compliant?
Are Oemeta coolants compliant?
Yes. Many lines are boron-free, formaldehyde-free, mineral-oil-free, and REACH/GHS aligned.
Select with Precision
Compare now or ask for a tailored recommendation. We will match your metal, machine, and throughput to the best Oemeta fluid and target mix.
