Caig Laboratories Cailube L260Np, Pail Rohs Compliant: Yes - L260-N35

DeoxIT L260Np Grease (formerly CaiLube), no particles, 15.9 Kg, pail DeoxIT Greases, L260 and M260 Manufactured in semi-solid form for use as a combination cleaning, deoxidizing, protecting and lubricating preparation. Greases protect against oxidation (galvanic corrosion) and are free of mineral acids, sulphurs, alkalis and other noxious components aggressive to metals. DeoxIT Greases improve performance of electrical connections and mechanical components that require precise lubrication. - DeoxIT Grease Type M260 - Mineral-based preparation. Excellent lubrication, good wear resistance, excellent oxidation (galvanic corrosion) protection and good dripping-point characteristics. Operating temperatures: -40oC to 260oC DeoxIT Grease Type L260 - Lithium-based preparation. Good lubrication, excellent wear resistance, excellent pressure resistance, excellent oxidation (galvanic corrosion) protection, high dripping-point characteristics. Operating temperatures: -40oC to 260oC. - no particles = Soft, thixotropic grease for lubrication and protection of surfaces. Maximum lubrication for relatively clean surfaces. Copper particles = Use when you require particles (conductive) to assist in oxide and corrosion breakup and need good lubrication. Copper is conductive. Use in areas that two contacts will not touch and possibly short. Example: disconnect switches or large connectors and relays. Aluminum particles = Use when aluminum metals are involved. Use in areas that two contacts will not touch and possibly short. Example: aluminum rails, bolts, connectors. Graphite particles = Graphite provides excellent lubricating and heat transfer characteristics. Use where lubrication is vital and heat absorption and dissipation is important. Quartz = Use when you need particles (non conductive) to assist in oxide breakup and you require good lubrication and heat abrasion.Quartz particles assist in breaking up oxidation and corrosion. Quartz is nonconductive. Graphite/quartz = Use when he