Pure Cutting Oil

Pure Cutting Oil Advantages

With the right choice of high pressure additive, they allow very high chip removal rates. With these characteristics, they increase the productivity of the machine in the most effective way. At the end of the machining process, they give carbon, stainless and alloy steels a shiny surface with high resistance to fracture.

Pure cutting oil has excellent performance in metalworking applications. In addition to protecting metals, it provides excellent lubrication and improves system performance. It is the ideal solution for many different applications. However, it should not be used when machining copper and yellow metals.

Pure Cutting Oil Features

It can perform at high levels even in harsh conditions.
Can be used as an aid in cutting operations.
Provides comfort in metalworking operations.
Increases the performance of the machines used.
It has a long-lasting structure.

Technical Specifications

The technical specifications of CUTTING XD oil, based on laboratory test results, are listed below. All values were measured under standard test conditions.

CUTTING OIL ANALYSIS	STANDARD	15	32	46	PLUS
Appearance	Visual	Clear Bright	Clear Bright	Clear Bright	Clear Bright
Viscpsity (40 °C)	ASTM D445	15	32	46	26
Viscosity Index	ASTM D2270	Min. 100	Min. 100	Min. 100	Min. 100
Flash Point (°C)	ASTM 92	Min. 150	Min. 150	Min. 160	Min. 160
Pour Point (°C)	ASTM D97	< -15	< -15	< -15	< -15
Density (20°C-g/ml)	ASTM D1298	0,850	0,860	0,875	0,887

Pure Cutting Oil Frequently Asked Questions

Cutting fluid is a type of coolant and lubricant that aids in metalworking processes, including machining and pressing. Typically, cutting fluids are made from petroleum distillates, animal fats, vegetable oils, water and air, or some other raw material. In addition, the name of the cutting fluid may vary depending on the application of this substance, including names such as cutting oil, cutting compound, coolant, or lubricant. Depending on the workpiece material, we can find cutting fluids useful in most metalworking and machining processes. This includes the production of cast iron and brass where these materials are dry machined in the presence of cutting fluid. Here the cutting fluid can keep the object at a constant (often very hot) temperature, maximize the life of the cutting tip by lubricating the cutting edge, and provide safety by reducing tip welding. Pure cutting oil can also prevent rust on machine parts and cutters, etc.

The main difference between cutting fluids and lubricants is that cutting fluids can lubricate the interface between the cutting edge of the cutting tool and the chip, while lubricants reduce friction between objects and lubricate hard materials. Cutting fluids are substances that can act as both coolants and lubricants. Lubricants are substances that reduce friction between two materials. The main difference between cutting fluids and lubricants is that cutting fluids can lubricate the interface between the cutting edge of the cutting tool and the chip, while lubricants can lubricate hard materials by reducing friction between objects. Also, cutting fluids can only be used in machines, while lubricants can be used in machines and even on human skin.

Unless you are dry machining, your machines will need some cutting oil. Cutting fluids and oils provide lubrication and cooling. Cutting oil is designed to maximize the life of cutting and drilling equipment. Highlights include working under extreme pressure, improving performance and extending tool life. Cutting oil improves the machine surface, lubricates to reduce tip welding, prevents pitting and metal jamming. Pure Cutting Oil Cutting xd is a product with thousands of applications. With our team of professionals, we have developed it into a heavy-duty, job-specific product. You can use our Pure Cutting Oil Cutting xd again and again for routine tasks in different workplaces and environments.

Today, a cutting oil is considered an important machining partner. But if we choose the wrong type for the wrong machine, it will negatively affect the performance of the machine, reduce machining accuracy and accelerate tool wear. The important thing is that we need to understand not only the characteristics of our own machines and machining conditions, but also the characteristics of cutting oils to work properly. Maintenance after purchase is also essential.