Aluminum bottle cleaner cleaning environmental cleaning Lecter

Lecter clean LT -? Ⅸ zinc stearate special cleaning fluid (This product has been adopted by the EU ROHS, MSDS testing) This product is a combination of domestic and international high-tech cleaning lubricant cleaning fluid lubricant formulations developed with versatility, security environmental protection, high efficiency and energy saving. You can completely remove all types of grease, it is the best alternative to solvent-based cleaning agents and acid cleaning agents, cleaning lubricant to solve business problems, is the enterprise solution of choice for industrial cleaning. Cleaning solve business problems: one, to solve the dead oil cleaning products do not clean two, single-purpose cleaning solution to solve business problems 3, to solve and easy to change after cleaning (yellowing, darkening) case 4, resolve is weak wash, wash a small number of cleaning fluid consumed a large quantity of Question 5, resolved cleaning spray, poor welding problems First, the scope of the product is suitable for aluminum, stainless steel, titanium, magnesium, zinc alloy (aluminum bottles, aluminum cans, automotive air-conditioning savings tank, fuel filter, oil filter, fuel filter, pesticide aluminum bottle, aluminum bottle glass, plastic, porcelain, bamboo) and other parts of the surface of various lubricants, vegetable oil, animal oil, mineral oil, oil cleaning . Second, the product advantages 1, no watermark, no variegation, no residue, no color 2, no corrosion, no damage to the metal surface gloss 3, non-toxic, non-irritating, green, biodegradable 4, easy to rinse, except oil faster, the ratio is low, reduce cleaning costs three major technical indicators No. Item No. Item Index Index 1 Appearance light yellow, odorless and transparent liquid density of 1.12 7 2 ratio of 3% -5% 8 washing force (≥90) 120 3 PH value 39 degreasing temperature (℃) 50-70 4 10 0 corrosive degreasing time (min) 1-5 5 foam (≤200) 130 11 6 physical stability of stable solid content ≥44% 12 32.2 Surface Tension