Oemeta HYTAP 12

Precision Penetration
The low-viscosity ISO VG 12 formulation helps lubricant reach the bottom of blind holes and small-diameter taps quickly, supporting reduced tap seizure and breakage risk.

Extreme-Pressure Performance
Reinforced with specialized EP additives to help reduce tool welding and flank wear in high-alloy steels.

Self-Emulsifying Clean Technology
Formulated to rinse away with aqueous media, helping reduce the need for aggressive solvent degreasers on finished parts.

Sump-Safe Integration
Designed so HYTAP 12 carryover into water-based systems can emulsify more readily than traditional tapping oils, helping reduce tramp-oil concerns.

Stay-in-Place Tackifiers
Includes specialized additives that help maintain a lubricating film on the cutting edge during higher-speed small-hole tapping operations.

Superior Tool Life
A high-strength ester film helps reduce torque and heat generation, supporting longer life for small and delicate taps.

Sustainable & Operator Safe
Free of mineral oil, boron, and hazardous additives for a cleaner chemistry profile and improved skin compatibility.

The Precision Specialist for Blind Hole Reliability
Oemeta HYTAP 12 represents the pinnacle of micro-threading technology. With a kinematic viscosity of 12 mm²/s (at 40°C), it provides the rapid flushing activity required to remove chips from small blind holes, preventing "chip packing" that leads to catastrophic tap failure. Its mineral-oil-free performance engine ensures that high-precision processes are completed with high process reliability and minimal cleanup.

Operational Flexibility and Cleanliness
By utilizing HYTAP 12, manufacturers bridge the gap between heavy-duty threading and modern process hygiene. Because it is self-emulsifying, workpieces move quickly to the next production stage with a simple water rinse. Furthermore, for shops looking to fortify a standard coolant for a difficult small-hole job, HYTAP 12 can be added directly to the sump to increase the emulsion's lubricity and extreme-pressure performance.