Coolants water-miscible

The LCT Cool Care 823 is a water-miscible coolant, making it the ideal choice for a wide range of applications, including grinding and simple to medium machining operations such as turning, drilling, and milling. It impresses with its broad material compatibility and environmentally conscious and health-friendly characteristics, as it is boron-free, amine-free, and free from formaldehyde residues.

Our LCT Cool Care 835 is the perfect water-miscible coolant and lubricant for your machining tasks. This highly effective, water-miscible coolant effortlessly handles everyday and more demanding machining tasks such as turning, drilling, milling, deep drilling, and reaming. It is ideal for a variety of materials, including iron alloys like steel, stainless steel, and cast iron, as well as non-ferrous metals. Additionally, it is environmentally friendly and safe, free from formaldehyde resins, and complies with all relevant regulations according to TRGS 611.

The LCT Cool Care 846 is a water-miscible coolant and lubricant distinguished by remarkable features, including boron-free composition, absence of amines, compliance with strict TRGS 611 requirements, and it serves as an innovative manufacturer providing dependable cooling, lubrication, and machining performance at the highest level.

Our LCT Cool Star 101 is the ideal mineral oil-free, water-soluble coolant concentrate for professional grinding tasks, providing environmental friendliness, performance, and safety.

The LCT Cool Star 164 is a mineral oil-free, water-soluble coolant concentrate, serving as your reliable partner for optimal cooling and lubrication in various machining processes, featuring an environmentally friendly formula and top-notch performance.

The LCT Cool Star 181 is your essential, versatile, mineral oil-free, and water-soluble coolant concentrate for outstanding results in machining various materials.

LCT Cool Star 182 - Mineral Oil-Free, Water-Soluble Coolant Concentrate-

The ultimate coolant concentrate for outstanding performance in demanding applications.