Cutting oil | RS-60 | Stainless steel
RS 60 Cutting Oil INOX is intended for the machining of stainless steel and other materials where high cutting forces and heat generation occur. The product is used for drilling, tapping, reaming, milling, and similar machining operations where effective lubrication between the tool and the workpiece is required. The cutting oil helps to reduce friction and heat buildup, which can improve machining results and reduce tool wear.
AREA OF USE
The product is used in the manufacturing industry, metalworking, maintenance, and production. It is designed for applications where stainless steel, acid-resistant steel, and other difficult-to-machine metals are processed and where good lubricity is required to handle mechanical stress and heat generation during machining.
TECHNICAL SPECIFICATIONS
- Product type: Cutting oil
- Product family: Metalworking lubricant
- Design: Cutting oil for stainless steel
- Area of application: Drilling, tapping, reaming, and milling
- Unit of sale: Piece
FREQUENTLY ASKED QUESTIONS (FAQ)
What distinguishes RS 60 Cutting Oil INOX from a universal cutting oil?
RS 60 Cutting Oil INOX is intended for machining stainless and other difficult-to-machine materials where higher cutting forces and greater heat generation occur.
Can the product be used for tapping stainless steel?
Yes, the product is suitable for tapping stainless steel where good lubrication is important to reduce tool load and improve thread quality.
Is the cutting oil suitable for drilling in stainless steel?
Yes, the product is developed for machining operations in stainless steel, including drilling where heat generation and friction need to be limited.
Which materials can be machined with RS 60 Cutting Oil INOX?
The product is primarily intended for stainless steel and other materials that place high demands on lubrication during machining.
Why is cutting oil used when machining stainless steel?
Stainless materials often generate high heat and stress during machining. Cutting oil is used to reduce friction, improve chip evacuation, and contribute to longer tool life.