Ester based stamping, drawing & forming lubricant
The product is a biodegradable oil fortified with EP additives, formulated for lubricating stamping, drawing, and cold forming operations. The polar compounds enhance its effectiveness and productivity. The product is based on ester composition, which provides excellent lubricity.
MORE INFORMATIONSafety Data Sheet Technical Data Sheet
Equipment and parts lubricated with MWF-PLUS NT ST-FO BIO 11 can be cleaned using solvents or alkaline degreasers. Effective cleaning is essential to maintain the cleanliness and performance of the equipment and ensure that no residue from the oil interferes with subsequent processes. Proper cleaning also contributes to maintaining the quality and integrity of the finished products.
Applying MWF-PLUS NT ST-FO BIO 11 to metalworking operations is a straightforward process. It can be easily applied using common tools such as brushes or similar applicators. This versatility in application methods ensures that it can be used effectively in various metalworking processes, including drawing, stamping, wire drawing, and piercing.
This product is primarily composed of esters, which are synthetic compounds known for their exceptional lubricity. The ester-based composition enhances the oil's ability to reduce friction and improve lubrication during metalworking processes. This results in smoother operations, longer tool life, and better surface finishes on the worked materials.
EP additives, or extreme pressure additives, are components that are added to lubricants to improve their performance under high-pressure conditions. In MWF-PLUS NT ST-FO BIO 11, the inclusion of EP additives fortifies it for use in challenging metalworking operations, such as stamping, drawing, and cold forming. These additives help reduce friction and wear, extending tool and equipment lifespan and contributing to more efficient and effective operations.
This product is classified as a biodegradable oil, which means it has the ability to break down naturally in the environment. This environmental attribute is significant because it reduces the environmental impact of its usage, making it a suitable choice for applications where eco-friendliness and sustainability are priorities.
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