Packaging Size | 210 Litre |
Brand | Lubri Chem |
Grade | Fine Quench 39 |
Odour - | Mild |
Viscosity @40deg.c - | 28 |
Physical state - | Liquid |
Specific gravity - | 0.865 |
Solubility in water - | Insoluble in water |
Viscosity Index - | 90 min |
Country of Origin | Made in India |
Minimum order quantity: 20 Litre
**Fine Quench 39 (Quenching Oil)** is a specialized industrial oil used primarily for the heat treatment process of quenching. Quenching involves rapidly cooling heated metal parts, typically steel, to harden them and achieve desired mechanical properties, such as increased strength and hardness. Fine Quench 39 is formulated to provide optimal cooling performance, stability, and efficiency in a variety of metal hardening applications.
### **Key Features of Fine Quench 39:**
- **Uniform Cooling Rate:** Fine Quench 39 is designed to offer a consistent and controlled cooling rate during the quenching process. This helps to minimize distortion, cracking, and other undesirable effects that can result from uneven cooling.
- **Effective Heat Transfer:** The oil has excellent heat transfer properties, which enable rapid absorption and dissipation of heat from the metal part being quenched. This is crucial to achieve the desired hardness without compromising the material’s integrity.
- **Low Volatility:** Fine Quench 39 has a low evaporation rate, which helps maintain consistent cooling performance during prolonged use. This reduces the need for frequent replenishment of the oil, making it more economical over time.
- **Anti-Foaming Properties:** The oil is formulated to minimize foam formation, which can hinder heat transfer and reduce the effectiveness of the quenching process. By reducing foam, Fine Quench 39 helps ensure efficient cooling and high-quality results.
- **Reduced Smoke and Odor:** Special additives in Fine Quench 39 help reduce smoke and unpleasant odors generated during the quenching process. This improves the working environment, particularly in industrial settings where quenching is performed in large volumes.
- **Oxidation Stability:** Fine Quench 39 is designed with excellent oxidation resistance, meaning it is less likely to degrade or form harmful residues, even under high-temperature conditions. This enhances the lifespan of the quenching oil and helps maintain consistent performance throughout its use.
- **Cleanliness:** The oil is formulated to produce minimal residues and deposits, making it easier to clean parts after quenching and reducing the chances of contamination or defects in the final product.
**Applications:**Fine Quench 39 is suitable for a wide range of quenching applications, including:
- **Steel Hardening**: For both high-carbon and alloy steels, commonly used in the manufacturing of gears, shafts, springs, and other automotive or industrial components.- **Precision Parts**: For hardening parts that require high precision, such as tool steels and bearing components.- **Forging and Casting**: Ideal for the quenching of forged and cast parts that need to be rapidly cooled to achieve desired mechanical properties.- **Tool Manufacturing**: Often used in industries where high-quality tool steels are quenched to improve hardness and wear resistance.
Fine Quench 39 is also suitable for **open tank quenching systems** and **closed quenching tanks**, making it versatile for different industrial setups.
**Benefits of Using Fine Quench 39:**1. **Increased Tool Life**: By maintaining proper cooling rates, Fine Quench 39 helps reduce the risk of cracking or warping, which can damage tools and components.2. **Improved Product Quality**: The oil’s stable cooling performance results in more consistent hardness and reduced part distortion, leading to higher-quality finished products.3. **Lower Operating Costs**: The oil’s oxidation resistance and low volatility reduce the frequency of oil changes, saving on maintenance costs and minimizing downtime.4. **Enhanced Worker Safety**: The reduced smoke and odor levels create a safer and more pleasant working environment, especially in high-volume quenching operations.