This metallurgy heavy‑duty high‑temperature grease adopts high‑viscosity mineral base oil and proprietary special thickener, combined with high‑performance extreme‑pressure, anti‑oxidant and anti‑corrosion additives. It exhibits outstanding thermal stability at elevated temperature, excellent heavy‑load carrying capacity and good mechanical shear resistance. The grease resists coking and hardening under continuous thermal radiation, offering reliable long‑term lubricating protection for rolling
Product DetailsMetallurgy Heavy‑Duty High‑Temp Grease Special Thickener 180℃, for Rolling Mill Bearing Continuous Caster CouplingThis metallurgy heavy‑duty high‑temperature grease is compounded with high‑viscosity mineral base fluid, proprietary special thickener and compound additive package including extreme‑pressure, anti‑wear, anti‑oxidant and corrosion‑inhibiting agents. The special thickener framework maintains stable grease structure under continuous thermal stress up to 180℃, effectively slowing grease hardening, carbon deposition and coking which frequently occur at high operating temperatures in metallurgical workshops. The high‑viscosity base oil is capable of forming a thick and robust lubricating film under heavy contact pressure.
When applied on rolling mill roller bearings, continuous caster support bearings and drive coupling friction surfaces, the grease adheres firmly to metal contact areas. Under combined conditions of radiant heat from hot steel slabs, heavy static loading and intermittent mechanical shock, the extreme‑pressure additives generate protective boundary reaction films to reduce metal scuffing, pitting and seizure risk for heavily stressed moving components.
Metallurgical workshop environments are characterized by severe iron‑oxide dust, periodic water splash from cooling systems and wide temperature fluctuation between equipment running and shutdown status. The high‑performance antioxidant system retards thermal‑oxidative degradation of the grease matrix during long‑time high‑temperature operation. Corrosion‑resistant ingredients defend metal surfaces against corrosion caused by cooling water and humid ambient air.
It is suitable for periodic maintenance re‑greasing of rolling mill bearings, continuous caster roller bearings, gear couplings and shaft‑coupling assemblies inside steel‑making workshops. Proper filling quantity must be observed. Excessive grease filling will accelerate coking under high radiant heat, and hard carbon residues may abrade bearing raceways and coupling friction surfaces.
Do not mix this special‑thickener metallurgical high‑temperature grease with ordinary lithium grease, polyurea grease or fluorinated PFPE greases. Incompatible blending will disrupt the thickener network, reduce high‑temperature stability and weaken heavy‑load performance. Store in tightly sealed original containers within cool, dry indoor warehouse. Avoid prolonged high‑temperature storage to retain original thermal stability and heavy‑duty lubricating performance for rolling mill bearings, continuous caster and coupling applications.

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