PRODUCT DESCRIPTION Soluble Cutting Fluid is a high-quality, chlorine-free cutting oil enriched with borates. It is engineered to excel in light to moderate machining operations, covering a wide range of tasks such as boring, milling, drilling, tapping, threading, broaching, turning, reaming, and grinding. This cutting fluid is known for forming dependable and stable white emulsions with a generous “emulsion reserve.”…
APPLICATION Solcut QLB2 is a versatile solution suitable for a broad spectrum of applications. Whether you’re engaged in brass and aluminum machining within large transfer systems or tackling steel machining in smaller, single sump machines, Solcut QLB2 has you covered. This semi-synthetic biostable machining and grinding fluid forms transparent emulsions, which can become semi-translucent when used with hard water. Solcut…
APPLICATION Quinlube #19 is a versatile solution suitable for medium to heavy-duty machining and grinding operations, where a high degree of cleanliness, efficient cooling, and corrosion protection are essential. It performs exceptionally well on materials such as carbon steel, cast iron, and other ferrous alloys. Notably, Quinlube #19 is readily biodegradable in accordance with ISO 7827:1994 standards. Furthermore, it is…
(Straight Cutting Oil, Machining and Grinding Fluid) PRODUCT DESCRIPTION Q-KUT 170 is specially engineered for medium to heavy-duty machining, grinding, and threading operations that demand a superior level of lubrication. This versatile fluid is well-suited for use on all steel grades, with a particular emphasis on challenging materials like high nickel alloys and copper. USAGE Q-KUT 170 should be used…
APPLICATION Biocut 3755 Soluble Cutting Fluid is a highly adaptable, all-around, semi-synthetic solution designed for machining and grinding processes. It proves to be effective for a diverse array of metal removal tasks, catering to both ferrous and aluminum alloys. USAGE Biocut 3755 Soluble Cutting Fluid is to be mixed with water within a range of 2% to 10% concentration, resulting…