These fluids play a crucial role in ensuring steels acquire a good core hardness. Core hardness refers to the hardness attained in the interior or core of the metal piece. Achieving consistent hardness from the surface through to the core is essential, especially for components that will be subjected to significant stresses. By using these fluids, one can ensure a balanced hardness profile, which translates to improved durability and performance of the treated metal components.

Yes, these fluids are versatile and recommended for the quenching of all types of steels. Whether it's high-carbon, low-alloy, or stainless steel, these fluids cater to a broad spectrum. They are especially beneficial for steels that demand good core hardness, ensuring the material achieves the desired properties both on the surface and deep within.

When using these fluids during quenching operations, one can achieve excellent mechanical properties in steels. This is particularly pivotal as mechanical properties, such as strength, toughness, and hardness, determine the metal's performance under various conditions. Additionally, these fluids prevent uneven hardness, ensuring the metal exhibits consistent mechanical attributes throughout.

These fluids are meticulously crafted to speed up the cooling process during quenching. A faster cooling rate is vital in achieving the desired mechanical properties in ferrous metals. The enhanced cooling rate ensures that the metal attains the required hardness and structural attributes swiftly and efficiently.

One of the standout attributes of these fluids is their superior oxidation resistance, thanks to the additives in the formulation. This means the fluids don't break down easily when exposed to oxygen, ensuring they remain effective for longer periods and provide consistent performance during quenching operations.

The fluid's formulation boasts specially chosen additives. These additives play a pivotal role in enhancing the fluid's characteristics. Notably, they improve oxidation resistance, ensuring that the fluid remains effective and does not break down quickly when exposed to air. Additionally, these additives accelerate the cooling process, making the quenching operation more efficient.

The primary purpose of these fluids is for quenching operations during the heat treatment of ferrous metals. Quenching is a critical phase in the heat treatment process, where the metal is rapidly cooled to achieve desired mechanical properties. Proper quenching ensures the material attains the required hardness and microstructure.