Crafted from refined oil blended with specialized additives such as synthetic oil, oil-enhancing agents, pressure-resistant abrasion inhibitors, and other industrial additives, this product is used for high-precision processing of stainless steel sheets and ferrous metals, including stamping, rolling, stretching, threading, and rolling. Known as stretching oil or high-energy lubricant, it is characterized by its pale yellow liquid form.

High-energy lubricant designed for metal stretching and stamping. Composed of various special additives such as non-chlorine press additives, lubrication, cooling, and rust prevention additives.

Key Performance Features:

Effectively prevents spatter and reduces waste rates. High oil-content lubricating additive.

The extruded products have a good surface luster, excellent adhesion, and strong lubrication capabilities.

Prevent mold damage and burning, reduce wear and tear on the mold, and extend the mold's lifespan.

Meets environmental standards. Contains no toxic substances.

Precision stamping, rolling, stretching, threading, and rolling operations suitable for stainless steel sheets and ferrous metals.

The molding process is also suitable for thin plate accessories, applicable to metal products such as stainless steel and alloy steel for stretching (deep drawing), rolling, and drawing. It serves as a lubricant and coolant; it is a high-concentration refined metal forming oil.

Blended with special additives such as synthetic oils, oil-enhancing agents, and pressure-resistant anti-wear agents from international sources, the product is a pale yellow liquid, crafted through a specific process.

According to customer requirements and actual conditions, achieve high effective material content and adjust the viscosity of the stretching oil.

Reducing wear can effectively decrease friction between workpieces and molds. It boasts a robust oil film, offering superior lubrication and wear resistance compared to domestic industry standards. It can significantly reduce occurrences of scratches, abrasions, welding, and cracking phenomena.

Formable, aiding in metal sliding. Number of forming cycles.

Excellent thermal stability under high temperatures.

Enhanced machining accuracy, superior surface finish. Maintain molds to extend their lifespan.

Effectively controls the occurrence of black oil sludge and offers a certain cooling effect.