In modern high-revving internal combustion engines, turbocharged powertrains, and multi-stage industrial gearboxes, internal mechanical friction generates microscopic ferrometallic particulates. These sub-15-micron debris fragments bypass primary paper and synthetic oil filter elements. When recirculated continuously via engine oil pathways, they act as an abrasive slurry across precision journal bearings, crank pins, variable valve timing (VVT) solenoids, and cylinder liners.
The standard original equipment manufacturer (OEM) mild carbon-steel or stamped aluminum oil drain plugs serve merely as a passive fluid barrier. When fitted with low-grade ferrite cores, their flux density rapidly degrades past 80°C. Verqo's Grade 5 Titanium Magnetic Oil Drain Plugs (Ti-6Al-4V) combine ultra-dense CNC structural geometry with integrated, potted, high-curie Neodymium magnets (rated up to N45SH / N52H), delivering an active, lifetime ferromagnetic filtration zone positioned directly at the lowest vortex of the oil pan sump.
"Standard aluminum sump plugs suffer thread deformation and stripping under repeated torque cycling at elevated operating temperatures (120°C to 140°C). Titanium Ti-6Al-4V maintains an ultra-stable Young's modulus (114 GPa) and near-zero thermal expansion variation, preventing cold-weld stripping in magnesium and cast aluminum pans."
— Material Tribology Research Department, Verqo Titanium Products Co., Ltd.
By transitioning from steel to Verqo GR5 Titanium magnetic bolts, commercial vehicle operators, performance motorsport garages, and industrial repair centers across Prešov realize a dual advantage: structural thread immunity against technician over-torquing, and an indisputable visual diagnostic metric during routine fluid changes.
Hermetic Core Potting
Industrial neodymium magnetic cylinders are vacuum press-fit and potted with high-temperature aerospace fluorosilicone resins to ensure magnets never dislodge into rotating crank balances under violent engine vibrations.
Rolled Class 6g Threading
Rather than brittle cut threads, our factory employs precision thread-rolling techniques for standard and fine metric pitches (M12x1.25, M14x1.5, M16x1.5, M20x1.5), optimizing grain flow for extreme cycle durability.
Visual Early Diagnostics
Technicians inspect collected particulate paste during service intervals. Early detection of chrome rings, cast iron, or valve spring flaking allows preventative overhauls before catastrophic engine lockups occur.