High Quality Lubricant Solutions

      Did you know? Under some extremely harsh environmental conditions, ordinary lubricants may soon fail, but there is a kind of oil that can still maintain excellent performance, which is perfluoropolyether oil. Today, let's talk about the things about perfluoropolyether oil in extreme environments. High temperature environment, easy to deal with In high temperature environment, perfluoropolyether oil shows extraordinary stability. Generally speaking, it can continue to work at temperatures up to 250℃ or even 300℃, and its performance is almost unaffected. In contrast, ordinary lubricants may quickly oxidize and decompose at such high temperatures and lose their lubricating effect. This is because the molecular structure of perfluoropolyether oil is very special, its chemical bond energy is very strong, and it is not easily destroyed by high temperature. Therefore, in some high-temperature industrial production processes, such as aircraft engines, steel smelting, etc., perfluoropolyether oil has become an indispensable lubricant.
 
        Low temperature environment, no fear Not only does it perform well at high temperatures, perfluoropolyether oil is also reliable in low temperature environments. It has a very low pour point and viscosity-temperature characteristics, and can still maintain good fluidity and lubrication properties even at temperatures of dozens of degrees below zero. This makes it widely used in mechanical equipment in some cold regions, polar scientific research equipment and other fields. Ordinary lubricants tend to become viscous or even solidify at low temperatures and cannot play a normal lubricating role.


      Chemical corrosion, tenacious resistance In some highly corrosive chemical environments, perfluoropolyether oil can also "stay alone". It hardly reacts with any chemical substances, whether it is strong acid, strong alkali or various organic solvents, it is difficult to damage it. This makes it favored in some special equipment in the chemical, pharmaceutical and other industries. For example, in some chemical reactors, perfluoropolyether oil can effectively protect the running parts of the equipment and extend the service life of the equipment.


       High-pressure environment, stable and reliable In high-pressure environments, perfluoropolyether oil can also maintain stable performance. Its compressibility is very low, and it is not easy to be compressed and deformed even under high pressure, thus ensuring good lubrication. This makes it have important applications in some high-pressure hydraulic systems, deep-sea equipment and other fields.
In general, perfluoropolyether oil performs extremely well in extreme environments due to its unique molecular structure and excellent performance. It provides reliable lubrication for various equipment operating under harsh conditions and is an indispensable and important material in modern industrial production.

       If you are worried about the lubrication problem of your equipment, you may wish to come to us. We can provide you with free samples of perfluoropolyether oil and tailor a professional lubrication solution for you based on your equipment conditions and usage environment. Let us protect your equipment together!

Perfluoropolyether lubricants exhibit exceptional properties due to their unique chemical structure. In extreme high-temperature environments, where ordinary lubricants easily oxidize and carbonize, Jialede's perfluoropolyether lubricants can stably withstand temperatures up to 300°C, maintaining their lubricating performance, effectively reducing equipment wear, and extending service life. In low-temperature scenarios, even at -60°C, Jialede's products still ensure smooth equipment startup, preventing jamming and showcasing their technological advantages.


Furthermore, this pfpe oil from Jialede possesses superior chemical inertness, resisting corrosive media such as strong acids, alkalis, and organic solvents, making it particularly suitable for high-precision fields such as chemical and electronics industries. In semiconductor manufacturing, its low volatility ensures a clean production environment, preventing impurities from contaminating the chip manufacturing process and guaranteeing product yield. In the pharmaceutical industry, it meets stringent hygiene standards, eliminating the risk of oil contamination of pharmaceuticals, fully demonstrating Jialede's rigorous control over product quality.

Jiallede relies on a professional R&D team and advanced production processes to achieve stable and reliable quality of its perfluoropolyether lubricants. Compared to similar imported products, Jialede's products offer a significant cost-performance advantage, substantially reducing procurement costs for businesses.


Currently, Jialede's perfluoropolyether lubricants have been successfully applied in multiple industries. After using them, a photovoltaic company reduced equipment maintenance frequency by 40% and increased production capacity by 25%; a car parts processing plant, after introducing them, reduced its product defect rate from 5% to below 1%, significantly improving economic efficiency. These tangible results demonstrate the practical value of Jialede's products.

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.

In modern industrial testing, every test data point is crucial to product reliability and safety. When a 7005 bearing in a piece of bearing testing equipment worth $500,000 is required to operate continuously for hundreds of hours at ultra-high speeds of 15,000 rpm and temperatures of 350°C, conventional greases often struggle. Jialede's perfluoropolyether grease, specifically developed for these extreme conditions, is becoming a key guarantee for reliable operation of the testing equipment.

Bearing testing equipment places extremely stringent demands on lubricants. At 15,000 rpm, the 7005 bearing generates extremely high shear rates and centrifugal forces between the rolling elements and raceways. The operating temperature of 350°C far exceeds the tolerance of fluoropolymer grease. Hundreds of hours of continuous operation require the grease to possess exceptional durability and stability. Any lubrication failure can lead to skewed test data and even damage testing equipment worth hundreds of thousands of dollars. Developed specifically for extreme operating conditions, GF's perfluoropolyether grease utilizes a specially synthesized polyether base oil and a highly effective additive system, delivering exceptional performance:
1. Ultra-High-Temperature Stability: Its molecular structure ensures that the perfluoropolyether grease maintains lubrication even at temperatures up to 350°C without leaching or coking, ensuring long-lasting lubrication.
2. High-Speed Adaptability: Its excellent viscosity-temperature characteristics and shear stability form a stable oil film at high speeds, reducing bearing wear.
3. Long-Term Durability: Its exceptional resistance to oxidation and aging ensures effective protection even after hundreds of hours of continuous operation. Customer feedback from GF's full-service polyether grease: "Our $700,00 bearing testing equipment now produces more accurate and reliable data. The perfluoropolyether grease performs stably throughout the entire test cycle, fully meeting the testing requirements of 7005 bearings at 15,000 rpm and 350°C."

We understand that even small sample batches can be crucial to the success of critical testing. GF offers professional technical consultation and small-batch sample support. Please contact us to request samples. Our technical team is always available to provide product selection advice and application guidance.

To achieve its goal of reducing costs and increasing profits, a factory actively sought a product equivalent to Chemours' GPL2E7 and ultimately chose Jialede. The factory reportedly uses 150 kg of this product per session, with a stable annual usage. The key objective was to reduce costs and increase profitability through a replacement, while still meeting production requirements.


The operating conditions of the factory's spray line conveyor were a key consideration for this replacement: the equipment must remain in a high-temperature furnace for 27 minutes, reaching a temperature of 220°C, with the air temperature inside the furnace reaching an even higher 240°C. Upon exiting the furnace, it must quickly return to room temperature (RT), rather than being subjected to a continuous high-temperature environment. This "high-temperature dwell followed by rapid cooling" cycle places stringent demands on the performance of the replacement product. Not only must it maintain high-temperature stability at 240°C air temperature for nearly half an hour without volatilization, decomposition, or performance degradation, it must also adapt to sudden temperature fluctuations to prevent cracking and flaking of the coating due to alternating hot and cold temperatures, which could impact conveyor lubrication and protection, thereby ensuring continuous operation of the spray coating line and product quality.

In undertaking this equivalent requirement, Jialede needed to precisely match core performance parameters, comparing the high-temperature resistance and chemical stability of Chemours GPL2E7 to ensure the suitability of the alternative for the operating conditions. At the same time, they also considered the factory's 150kg/time usage requirement to ensure supply chain stability and cost advantages. Subsequent small-batch trials will verify this approach, helping the factory reduce costs and increase profits, promoting efficient operation of the spray coating line.