Hot Selling Wholesale Lubricants

Dry film lubricant (dry film oil) is a high-performance lubricant made of fluorine solvent, perfluoropolyether oil and polytetrafluoroethylene (PTFE) particles. Its core technology is to form a lubricating film on the surface of the workpiece through solvent evaporation. It has three core advantages: low friction coefficient, wide temperature tolerance (-40℃ to 260℃), and zero pollution. It breaks through the application limitations of traditional grease in high temperature, vacuum, and precision scenes.


1. Working principle
Permeation film formation: By spraying or applying to the surface of metal, plastic, rubber and other substrates, the fluorine solvent quickly penetrates into the microscopic pores. Solvent evaporation: The solvent completely evaporates within 10-30 seconds, and the PTFE particles combine with the fluorine oil to form a dense lubricating film. Dynamic protection: The film layer self-repairs during the friction process, continuously provides anti-friction and anti-wear protection, and repels dust and impurities.


2. Core advantages
Compared with traditional grease or oil, dry film lubricant has the following advantages: 1. Better resistance to high/low temperature: Traditional grease is easy to oxidize or evaporate (such as lithium-based grease) above 150°C, and easy to solidify at low temperature, while dry film lubricant can be used for a long time in the range of -40~260°C. 2. Strong adaptability to complex surfaces: It can penetrate the surfaces of complex workpieces such as threads and micropores to form a uniform film layer. Traditional grease is difficult to cover precision structures and is prone to lubrication blind spots. 3. Clean, environmentally friendly and pollution-free: For example, in a vacuum environment or clean room, liquid lubricants may evaporate or pollute the environment. After the dry film lubricant evaporates, it forms a non-sticky lubricating dry film, without oil leakage, and does not pollute the product. It can also increase the finish of the parts, prevent static electricity and dust, and protect the parts from being clean. 4. Strong chemical stability: Dry film lubricant has extremely strong chemical inertness, strong acid and alkali resistance, corrosion resistance, and good compatibility with metals, plastics and elastomers. Long lubrication life can well reduce maintenance costs and save costs.

3. Typical application scenarios
Precision electronics: mobile phone shafts, SD card holders, connectors, etc., provide low-torque lubrication while preventing short circuits. Optical instruments: camera telescopic lenses, microscope guide rails, ensure smooth movement in a dust-free environment. Automotive manufacturing: USB interfaces, sunroof tracks, wiper bearings, withstand high and low temperature cycles and humidity changes. Food and medicine: filling machinery, surgical instruments, comply with FDA certification, avoid oil pollution. Aerospace: satellite components, engine bearings, adapt to extreme environments such as vacuum and radiation.


4. Brand recommendations
For precision lubrication under extreme conditions, Jialede high-performance dry film lubricant is recommended, which is equivalent to internationally renowned brands such as DRYSVRE, MOLYKOTE, KantoKasei, FUMIO, SANKPL and other models. High-performance fluorine dry lubricant refined from high-lubricating fluorine oil and solid lubricating materials has excellent lubricity, wear resistance, high and low temperature resistance, corrosion resistance, high cleanliness and long life; and has passed the EU ROHS test and certification report, and is used on workpieces with high-precision clean lubrication requirements.


Dry film lubricants are reshaping the boundaries of industrial lubrication with their "one oil for multiple uses" characteristics. Their reliability under extreme working conditions, adaptability to clean production, and significantly reduced life cycle costs make them a strategic choice in the field of high-end manufacturing. In the future, with breakthroughs in materials science, dry film lubrication technology will continue to evolve towards higher load-bearing capacity, lower friction, and wider environmental adaptability.

As 2024 draws to a close, our clients across the globe are proactively stocking up to gear up for 2025. Among our diverse product offerings, our flagship items—fluorinated inert liquids, perfluoropolyether (PFPE) greases, and PFPE oils—continue to be the most sought-after.


In response to this heightened demand, our production facilities are operating at full capacity. Our dedicated team is committed to ensuring that all orders are processed and shipped promptly, helping our clients maintain their operations seamlessly.


With our strategic focus on quality and efficiency, we aim to tackle our customers’ challenges and meet their requirements swiftly. The trust and satisfaction of our clients remain our top priority, and we are steadfast in our efforts to deliver excellence.


As we move into 2025, we look forward to strengthening our partnerships and supporting our clients with innovative lubrication solutions that keep their businesses running smoothly.


Thank you for choosing us as your trusted partner. Here’s to a successful and prosperous year ahead!

Perfluoropolyether (PFPE) lubricants, often hailed as the "king of industrial lubricants," are setting new benchmarks in extreme-condition applications. With a unique molecular structure composed solely of carbon, fluorine, and oxygen, PFPE oils deliver unparalleled thermal stability, chemical inertness, and resistance to radiation—making them indispensable in aerospace, semiconductor manufacturing, and nuclear industries18.

Why PFPE Stands OutUnrivaled Thermal Stability
Operates seamlessly from -70°C to 300°C, outperforming traditional hydrocarbon-based lubricants that degrade above 150°C113.
Ideal for rocket engines, satellite mechanisms, and high-temperature industrial machinery8.
Chemical & Radiation Resistance
Immune to strong acids, alkalis, and oxidizing agents, ensuring longevity in corrosive environments1.
Withstands nuclear radiation, making it the only lubricant approved for uranium hexafluoride (UF₆) handling in nuclear centrifuges13.
Ultra-Low Volatility & Cleanroom Compatibility
Near-zero evaporation loss even in vacuum conditions, critical for semiconductor fabrication and space applications14.
Leaves no residue, meeting FDA and EU ROHS standards for medical and food-grade applications5.
Market Dynamics: Global Giants vs. Rising Chinese CompetitorsDominant Players: Solvay (Fomblin®), Chemours (Krytox®), and 3M historically controlled 80% of the PFPE market, but 3M’s 2025 PFAS phase-out is reshaping supply chains213.
China’s Breakthrough: Companies like Chenzhou Fluorochemical and Jialede are closing the gap, offering 60% cost reductions with comparable performance11.
Projected Growth: The global PFPE market is expected to exceed 100,000 tons by 2030, driven by demand in data center immersion cooling and electric vehicle battery thermal management2.
Innovative Applications Beyond LubricationSemiconductors: PFPE fluids are vital in plasma etching and vacuum pump sealing, ensuring contamination-free wafer processing15.
Aerospace: Used in satellite gyroscopes and Mars rover components due to their outgassing resistance8.
Energy: Enables lithium-ion battery fire suppression and hydrogen fuel cell cooling13.
The Future: Sustainable PFPE AlternativesWhile PFPEs remain irreplaceable for extreme conditions, researchers are exploring bio-derived fluorinated ethers to address environmental concerns linked to legacy PFAS compounds12. Meanwhile, China’s domestic production surge promises to democratize access, slashing costs for industries worldwide11.
Industry Quote:
"PFPEs are not just lubricants—they’re enablers of next-gen technology. From quantum computing to hypersonic flight, their role is only expanding."
— Dr. Elena Petrova, Materials Scientist, MIT


For inquiries on PFPE solutions, contact:
Jialede Technologies
Tel +86 18934578611



References:
[1] Fluorochemie PFPE Technical Data
[2] 163.com PFPE Market Report 2025
[7] Jialede Industrial Applications
[8] Chenzhou Fluorochemical Innovation
[10] ChemicalBook PFPE Industry Analysis
© 2025 Advanced Lubrication Technologies. All rights reserved.

I'm Melody from the Jialede team. Today I'd like to share a case study we worked with Mr. Yuan from xxx Electronic Technology Company on achieving the perfect balance between process stability and cost control.
Mr. Yuan's request: The efficiency and cost challenges presented by fast-drying lubricants.

Mr. Yuan's factory needed a screen-printed dry lubricant for gold-plated contacts on circuit boards. The original Kanto Kasei UD-321 dry lubricant, which cured quickly within 10 seconds, led to a series of problems:
Uneven film thickness: When printing on a 400-mesh screen, the material dried too quickly, preventing adequate leveling.
Material waste: Frequent screen clogging, requiring multiple screen cleanings per shift, resulting in losses of up to 20%.
Tight production schedule: Frequent parameter adjustments during 8-hour continuous operation reduced efficiency.


His requirements were clear:
Slowing the drying speed to 30-40 minutes and achieving a uniform dry film of 2-3µm to ensure long-term wear resistance for the gold-plated contacts (2-3 years, 10 slides per day). Balancing lubrication and basic conductivity while reducing overall costs
Our team conducted an in-depth analysis of Mr. Yuan's production process and proposed the following solutions:
Adjusting drying characteristics → Introducing slow-drying No. 01 dry lubricant, extending the curing time to 30-40 minutes. It supports both air drying (1-2 hours) and tunnel oven baking (10 minutes), perfectly adapting to 8-hour continuous production.
Optimizing material formulation → Using 800-mesh ultrafine powder ensures smooth flow through 400-mesh screens, reducing screen blockage and waste; precisely controlling the solid-to-liquid ratio ensures a stable film thickness of 2-3µm.

Comprehensive calculations:
✔ Reduced material waste by 20%
✔ Reduced manual adjustment time by 30%
✔ Reduced overall costs by over 15%


Mr. Yuan's feedback:
Printing yield improved, and film thickness uniformity met standards.
Production line efficiency increased, allowing for 8-hour continuous production without any problems.
Overall costs were reduced, with material and labor savings far exceeding expectations.

Does your production line experience similar issues?
With 16 years of experience specializing in custom chemicals for the electronics manufacturing, automotive, semiconductor, and other industries, our technical team provides targeted solutions to help you optimize your processes and reduce costs. Contact us +86 18934578611 to find the optimal lubrication and process solution for you!

During a conversation with Factory Manager Zhang, a Jialede sales manager learned that one of his factory's PCB baking tunnel ovens was experiencing chain lubrication issues. The manager recommended the company's YBS-1103 perfluoropolyether oil. The equipment uses three rows of large roller chains and operates in a high-temperature environment of 80°C. Zhang previously faced numerous issues using liquid lubricants:

The machine's automatic lubricator struggled to accurately control the amount of oil injected.


The oil easily leaked onto the floor, causing waste and pollution.


The lubricant had specific requirements: low volatility and long-lasting lubrication, requiring no re-lubrication for six months to a year. Furthermore, the company sought to avoid dust generation from drying solid lubricants or rapid drying of liquid lubricants.

After a detailed discussion with laboratory technicians, the Jialede product manager and laboratory technicians, considering the customer's equipment operating conditions—consistent operation at 80°C, demanding chain lubrication, low volatility requirements, and long lubrication intervals—decided to recommend YBS-1103 perfluoropolyether lubricant. Laboratory validation data showed that YBS-1103 fully met the technical requirements for this application scenario. Factory Manager Zhang, upon repurchasing the product, stated that it not only met the performance requirements for low volatility and long-lasting lubrication, but also effectively reduced lubricant loss for the factory, truly achieving cost reduction and increased efficiency.


The Jialede team, leveraging its extensive experience, provided Factory Manager Zhang with an efficient and reliable lubrication solution precisely tailored to the client's needs through a single phone call and combined with laboratory test data. To date, Jialede has successfully solved fluorine chemical application challenges for 5,879 companies, achieving its service goal of "one-time success" through professional selection advice.