Nowadays, many machinery and instruments require water, moisture, and corrosion resistance to achieve longer service life. Dry film oil has become a widely used lubricant in the industry, capable of meeting these consumer demands. Dry film oil is a specially formulated, clean, dry-film lubricant. After drying, this fast-drying lubricant forms a transparent, dry, and non-sticky lubricating coating on the surface of the workpiece. Below, we explore the performance features of dry film oil together with the technical experts from EUBO.

Dry Film Oil

1. Versatile Surface Penetration and Bonding

   • Dry film oil can penetrate and bond to surfaces of metals, paper, wood, rubber, plastics, glass, and most other components requiring lubrication. It forms a non-sticky lubricating film that prevents direct contact between friction surfaces, thereby reducing wear.

2. Excellent Wear Resistance and High-Temperature Performance

   • Offers outstanding wear resistance, water resistance, and acid/base wash resistance, and can withstand temperatures up to 380°C.

3. Non-Flowing and Dust-Resistant Film

   • The coating does not flow, does not attract dust or dirt particles, is non-flammable, odorless, and highly safe.

4. Excellent Thermal and Chemical Stability

   • When applied to electronic components, it can naturally form an insulating layer. For parts where oils or other lubricants cause contamination, curing, or viscosity changes that prevent proper lubrication, dry film lubricants are the ideal solution.

5. Additional Key Features

   • Resistant to dust, low torque, suitable for high and low temperatures, non-oily, noise-reducing, and addresses issues such as diffusion and contamination associated with traditional oil-based lubricants.

In addition to the points mentioned above, dry film oil possesses many other performance advantages that are not listed here. For further information, please contact our consultation hotline, where our professional staff can provide detailed explanations. We hope this sharing helps you gain a better understanding!

With the continuous development of industry, high-temperature greases are being used more widely, playing an especially important role in large-scale industrial equipment. However, during use, it is often observed that high-temperature grease gradually depletes. What causes this loss? Below, EUBO experts provide a detailed explanation.

The main causes of high-temperature grease loss include:

1. Internal Structure Degradation of the Grease
High-temperature grease, when exposed to heat and air over extended periods at friction points, can experience oxidation of the base oil and thickener, which damages the soap structure of the grease. This oxidation process causes the grease to soften, eventually leading to loss.

2. Impact of Operating Load
Continuous operation at friction points subjects high-temperature grease to constant shear stress, gradually damaging the thickener structure. Over time, the grease softens and is lost, significantly reducing its lubrication performance.

3. Environmental Factors
Metal particles generated during machinery operation can catalyze grease oxidation, producing organic acids that further compromise the stability of the grease, resulting in structural failure and loss.

These are the three main factors that lead to high-temperature grease loss. To prevent mechanical failures caused by grease depletion, high-temperature grease should be regularly inspected, replenished, or replaced. After all, the production losses resulting from equipment downtime due to lubrication issues far exceed the cost of routine maintenance.

For more information on high-performance grease products, we invite you to follow EUBO. We provide professional solutions to help your equipment operate efficiently and reliably.