Professional Pfpe Grease Manufacturers

    In the high-temperature battlefield of industrial equipment, the performance of lubricating materials directly determines the "life and death" of the equipment. The operating temperature of traditional mineral greases and synthetic greases is firmly limited to the range of 150℃-200℃. Once the critical temperature is exceeded, rapid decomposition and evaporation will not only shorten the lubrication cycle, but may also cause fatal failures such as bearing jamming and component damage. Jialede perfluoropolyether high-temperature grease redefines the high-temperature lubrication standard with four hard-core performances.



1.Across the temperature difference limit of -60℃ to 300℃ From extremely cold industrial refrigeration equipment to the surrounding of high-temperature furnaces, Jialede perfluoropolyether grease always maintains stable rheological properties. It does not harden at -60℃ and does not oxidize at 300℃. It continuously forms a dense lubricating film in extreme temperature differences to ensure stable operation of the equipment under all working conditions.


2. "Armor Guard" in chemical corrosion environment Faced with the erosion of strong acids, strong alkalis and strong oxidants, ordinary greases will quickly fail. Jialede perfluoropolyether grease, with its highly stable molecular structure, still maintains lubrication performance under chemical attack, building a long-term protective barrier for equipment such as chemical reactors and electroplating production lines.


3. Zero conflict with metal materials Adapted to working conditions below 260°C, Jialede perfluoropolyether grease remains chemically inert with all metal materials to avoid electrochemical corrosion and material degeneration. This feature significantly extends the service life of precision machinery and aerospace components, greatly reducing maintenance costs and downtime losses.


4. Safety revolution with zero ignition point In high-temperature, flammable and explosive petroleum refining, lithium battery production and other scenes, Jialede perfluoropolyether grease completely eliminates the risk of spontaneous combustion of lubricating media. The zero ignition point feature not only eliminates safety hazards, but also provides continuous stable lubrication in ultra-high temperature environments, building a double safety line for high-risk operations. 

    Jialede perfluoropolyether high-temperature grease breaks through the bottleneck of traditional lubrication with subversive performance, and provides long-term and safe lubrication solutions for high-temperature, corrosive and high-risk working equipment.

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.

When it comes to damping oil, you may think of it as a type of special lubricating grease. However, among You Bang Shou®many customers, damping grease is called in a variety of ways. Some call it resistance oil, and some call it shock-absorbing oil. Today , You Bang Shou® editor will explore with you what the difference is between damping grease and damping oil?


Different definitions:


Damping grease:
It is made of special polymer base oil, high-purity thickener and anti-rust, waterproof, corrosion-resistant and other additives through a special process. It is widely used in high-resistance lubrication . It provides blocking, buffering and waterproof sealing for slow switching mechanisms that require high resistance, making the moving parts operate more steadily, smoothly and accurately.


Damping oil:
Also known as resistance oil, shock absorbing oil, high-viscosity lubricating oil, etc., is made of high-purity inorganic thickener and special synthetic oil. It is a high-quality wide-temperature lubricating oil used for dampers. In various temperature environments, damping oil can maintain stable performance and ensure that the damper achieves a perfect damping effect.


Different characteristics:


Damping grease:
Excellent resistance stability and cushioning;
Good low temperature resistance and waterproof sealing, strong adhesion;
Compatible with most plastics, non-corrosive to metals, resistant to water, acid, alkali and dust;
A variety of viscosities are available, suitable for components or structures with different torque requirements.


Damping oil:
Excellent viscosity, lubricity and mechanical stability;
Maintains stable damping torque at different temperatures and rotates smoothly;
Good electrical insulation, compatible with plastic and rubber materials;
It has good vibration reduction, cushioning, sealing, waterproof and damping properties.

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 scenarios where pumps are vacuum-circulated to simulate space capsule environments, the performance of the coolant directly determines experimental accuracy and equipment stability. Perfluoropolyether lubricant, with its unique molecular structure, is an ideal choice for this trial.


Its core advantage lies primarily in its extreme low-temperature fluidity. At a target temperature of -70°C, perfluoropolyether lubricant maintains extremely low viscosity, maintaining a stable flow. This effectively prevents circulation blockage caused by oil solidification at low temperatures, ensuring continuous and efficient operation of the pump's vacuum circulation system and perfectly suiting the requirements of simulating low-temperature space environments.

Perfluoropolyether lubricant also exhibits excellent radiation resistance, stably withstanding long-term exposure to X-rays and G-rays. In radiation environments, perfluoropolyether lubricant exhibits no molecular chain breakage or performance degradation, ensuring the chemical stability and service life of the coolant in simulated space radiation environments and reliably guaranteeing the accuracy of experimental data.


For the estimated usage of 50 kg, the high adaptability of this perfluoropolyether lubricant is further highlighted. Its extremely low vapor pressure in a vacuum environment can effectively reduce volatilization losses and avoid the impact of perfluoropolyether lubricant volatilization on vacuum degree. At the same time, the usage of 50KG can meet the long-term operation requirements of small and medium-sized pump circulation systems, taking into account both economy and practicality, and providing key support for the smooth implementation of space capsule environment simulation experiments.