Oemeta HYTAP

Extreme Load-Carrying Capacity
Formulated with a heavy-duty extreme-pressure additive package to help prevent tool welding and support precise thread geometry in high-strength alloys and stainless steel.

Stay-in-Place Tackifiers
Engineered with high-cling additives that help keep lubricant on the tool and inside the hole, making it well suited for horizontal tapping and larger through-hole operations.

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

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

Superior Ester Lubricity
Synthetic ester-based chemistry provides a strong lubricating film to help reduce friction, heat, and tool wear during demanding tapping operations.

Multi-Metal Specialization
Provides lubrication support for difficult-to-machine materials, including high-alloy steels, titanium, and nickel-based alloys.

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

The Ultimate Threading Solution for Demanding Geometries
Oemeta HYTAP represents the pinnacle of tapping lubricant technology. With a kinematic viscosity of 220 mm²/s (at 40°C), it delivers the heavy-weight film thickness required to withstand the massive torque and heat generated during large-scale threading. Its mineral-oil-free performance engine ensures that even the toughest aerospace materials are machined with high process reliability and zero "cling" issues.

Operational Flexibility and Cleanliness
By utilizing HYTAP, manufacturers bridge the gap between heavy-duty lubrication and 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 one-off heavy job, HYTAP can be added directly to the sump to instantaneously increase the emulsion's lubricity and extreme-pressure performance.