EnviroKool
Next-Generation Metalworking Fluids for Maximum Performance
Technology Overview
EnviroKool is Delta-Chem’s state-of-the-art technology for high-performance, biostatic, neo-synthetic metalworking fluids. Engineered for moderate to heavy-duty machining, stamping, and forming of steel, aluminum, cast iron, and stainless steel, EnviroKool sets a new benchmark in metalworking productivity, safety, and sustainability.
EnviroKool fluids also feature advanced extreme-pressure lubricants that improve chip removal and surface finish, while integrated corrosion inhibitors deliver outstanding protection for both parts and equipment. With exceptional bio-resistance, EnviroKool maintains fluid integrity longer, minimizing downtime, bacterial growth, and waste.
Next-Gen Fluids for Next-Level Machining.
Benefits at a Glance
- Extended Tool Life: Superior lubrication and cooling for longer tool and wheel performance.
- Superior Corrosion Protection: Built-in inhibitors safeguard both parts and equipment.
- Outstanding Bio-Resistance: Prevents fluid breakdown, reduces bacterial growth, and lowers maintenance.
- Operator & Eco-Friendly: Nitrite- and phenol-free, safe for operators, and simple to treat in waste systems.
- Versatile Applications: Effective in machining, stamping, grinding, drawing, and heavy-duty forming.
- Low Foaming & Stable: Reliable performance in high-pressure systems.
Our Commitment to Clients
Our main focus is to support our global clients to increase manufacturing process efficiency through the use of chemicals, through process development and chemicals production with an absolute commitment to quality, speed and customer satisfaction. We are dedicated to developing long-term partnerships that support our client objectives. We will anticipate and respond to our clients changing needs in the course of product development.
Long-Term Partnerships
Building trust for sustainable growth together
Quality & Innovation
Reliable solutions powered by continuous innovation
Speed & Efficiency
Faster processes with maximum efficiency
