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Con un variado portfolio de clientes del rubro que abarcan desde los procesos de hilandería, tejeduría hasta los procesos de tintorería, estampado y confección, desde LAAPSA diseñamos lubricantes especiales preparados para soportar las complejidades y cuidados que se requieren en este tipo de industria. Bajo el concepto de lubricantes polivalentes, nos orientamos a desarrollar lubricantes de muy alto rendimiento con formulaciones que nos permitan cubrir un amplio espectro de aplicaciones textiles y esto nos permite en el mercado la ventaja de dar soluciones integrales con la menor cantidad de lubricantes posibles.

Comprometidos con la innovación, comprometidos con nuestros clientes.

TARMELA 500

Grease for high temperatures, recommended in applications close to heat sources, keeping its structure at temperatures up to 220° C. Thermally, mechanically and chemically, very stable.

TARMELA 9300-46

Grease of advanced technology with cutting edge 100% synthetic lubricant base; outstanding in the lubrication of bearings and mechanisms subject to high strain, high RPM, pollutants and wide range of temperatures.

TARMELA 9300-460

Grease of advanced technology with cutting edge 100% synthetic lubricant base; outstanding in the lubrication of bearings and mechanisms subject to high strain, pollutants and continuous service at high temperatures.

TARMELA 9500

Complex grease of over-based calcium sulfonate, developed for very high performance in bearings with medium / high speed under severe strain conditions and temperatures. It concentrates the characteristics of a very high performance multi-purpose grease.

TARMELA 9600

Complex grease of over-based calcium sulfonate, developed for very high performance in bearings with medium / low speed under severe strain conditions and temperatures. Recommended for heavy-duty conditions in the most varied industries. Great repellence to water, acids and alkalis.

TARMELA 9700

Complex grease of over-based calcium sulfonate, developed for very high performance in bearings with low speed under severe strain conditions and severe pollution, including under water. Recommended for heavy-duty conditions in the most varied industries.

TARMELA PHS 1400

Special grease with synthetic organic thickener and anti-wear additives, corrosion and oxidation inhibitors. Excellent performance in durability tests at high temperatures.

TARMELA SIL HT

Silicone synthetic grease recommended for the lubrication of movements between sliding elements of elastomers, plastics and some particular conditions of metal components.

VISCOPREN 3OOO

Adherent grease with solids, developed for lubrication of gears and open mechanisms subject to high mechanical strain; its exclusive formulation plus the addition of solid lubricants of extreme purity, provide xilotropic properties with high resistance to strain, pollutants and high temperatures.

VISCOPREN 4OOO

Solid-free adhesive grease developed for lubrication of gears and open mechanisms subject to high mechanical strain, its exclusive formulation provides high resistance to strain, pollutants and high temperatures.

VULCANO 3025

Long life “sprayable” grease, recommended for lubrication of large open gears working under high shock loads and high temperatures; it is especially developed for mining and cement industries.

OMNIGEAR SEP 4

Family of lubricants, 100% synthetic, developed for long life lubrication in reducing boxes, bearings and multiple applications, mainly subject to high strain situations, in extreme thermal conditions and/or under great fluctuations of temperature.

OMNIGEAR SPG 6

Family of lubricants,100% synthetic, Polyglycol base, developed for long life lubrication in reducing boxes, bearings and multiple applications, mainly subject to high strain situations, very high and constant temperatures and sliding friction applications.

OMNIGEAR ADVANCE S

Synthetic oil with additives, PD – 3rd generation advanced, which promotes the reduction of roughness in rolling surfaces, favoring the effect of plastic deformation in them. This action results in: minimum friction, reduction and detention of wear, and decrease of the operation temperature.