TotalEnergies VALONA ST 9823 HC: Overview
TotalEnergies VALONA ST 9823 HC is a versatile cutting oil designed for machining and metalworking operations. This oil offers exceptional lubrication and cooling properties, making it an essential choice for various metalworking tasks. Utilizing this product can lead to a significant increase in tool life and workpiece finish quality.
TotalEnergies VALONA ST 9823 HC: Benefits
One of the standout features of TotalEnergies VALONA ST 9823 HC is its ability to minimize friction during the machining process. By providing a strong lubricating film, this oil not only enhances tool performance but also improves the overall efficiency of operations. The product is formulated to resist thermal degradation, ensuring that it maintains its performance even under high temperature conditions.
TotalEnergies VALONA ST 9823 HC: Applications
TotalEnergies VALONA ST 9823 HC is suitable for a wide range of machining applications. It is particularly effective in operations such as turning, milling, and drilling of ferrous and non-ferrous metals. The product ensures excellent surface quality, reducing the need for additional finishing processes which can save both time and money.
TotalEnergies VALONA ST 9823 HC: Environmental Impact
In today’s industrial landscape, the environmental impact of products is a critical consideration. TotalEnergies VALONA ST 9823 HC is designed with **environmental sustainability** in mind. Its formulation contains biodegradable components that minimize the ecological footprint when disposed of properly. This makes it a responsible choice for modern metalworking facilities looking to comply with environmental regulations.
TotalEnergies VALONA ST 9823 HC: Health and Safety
When using metalworking fluids, safety is paramount. TotalEnergies VALONA ST 9823 HC is formulated to be safe for users. The product undergoes rigorous testing to ensure compliance with **health and safety standards**. Users are encouraged to follow safety data sheets for handling recommendations and to maintain a safe working environment while using this cutting oil.
TotalEnergies VALONA ST 9823 HC: How to Use
To maximize the benefits of TotalEnergies VALONA ST 9823 HC, proper application is crucial. The product is intended for both manual and automated systems. It can be applied by **flooding**, **spraying**, or **dipping** depending on the operation being performed. Operators should ensure that the oil adequately covers the cutting area to achieve the best results.
TotalEnergies VALONA ST 9823 HC: Maintenance and Storage
Maintaining the quality of TotalEnergies VALONA ST 9823 HC requires proper storage and periodic checks. The product should be kept in sealed containers in a cool, dry place to prevent contamination and degradation. Regular inspections for any signs of contamination or degradation are recommended to ensure long-term effectiveness.
Where to Buy TotalEnergies VALONA ST 9823 HC
To purchase TotalEnergies VALONA ST 9823 HC, customers can check with local distributors or online suppliers specializing in industrial lubricants. It’s advisable to compare prices and product availability to ensure the best purchasing decisions. Look for **authorized dealers** to guarantee product authenticity and quality.
TotalEnergies VALONA ST 9823 HC Specifications
The specifications of TotalEnergies VALONA ST 9823 HC include parameters like viscosity index, flash point, and specific gravity, which are essential for different machining applications. A thorough understanding of these specifications helps users select the right product for their specific needs. Ensure to refer to the technical datasheet for precise numbers and recommendations.
TotalEnergies VALONA ST 9823 HC: Technical Information
Technical data related to TotalEnergies VALONA ST 9823 HC includes detailed information such as the chemical composition, performance characteristics, and compatibility with various metals. Providing this information helps users to understand how the product will perform under different operational conditions. It's also important for users to familiarize themselves with the technical properties to optimize their manufacturing processes.
