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When it comes to enhancing the performance and longevity of your mechanical keyboard, the choice of lubricant is paramount. Among the myriad options, Mechanical Keyboard Grease, Switch Lube, and Stabilizer Lube are indispensable for a seamless typing experience.


You Bang Shou® specializes in crafting high-quality lubricants tailored for mechanical keyboards. These products are engineered to provide exceptional sound dampening and silky-smooth key switch operation. This is particularly beneficial for gamers and typists who seek a tactile and auditory delight in their keyboard interaction. One of You Bang Shou’s standout features is its remarkable stability across a wide range of temperatures. This ensures that the lubricant remains effective over time, offering prolonged performance and durability. Whether in a hot, humid climate or a cold, dry setting, You Bang Shou® lubricants excel in maintaining their integrity.


Moreover, You Bang Shou® grease is safe for plastics and elastomers, ensuring no harm to materials typically found in mechanical keyboards. It also does not induce metal corrosion, making it an excellent choice for preserving your keyboard's quality. Beyond mechanical keyboards, these lubricants have extensive applications in aerospace, automotive, industrial, and semiconductor sectors. 


For keyboard enthusiasts looking to customize their gear, a top-notch switch lubricant like You Bang Shou® is highly recommended. It markedly enhances the feel and acoustics of key switches, turning each keystroke into a pleasurable experience. In summary, when selecting a lubricant for your mechanical keyboard, consider You Bang Shou® for its expert formulation, enduring durability, and compatibility  with various materials.

Perfluoropolyether grease, with its excellent high-temperature resistance, corrosion resistance, and oxidation resistance, plays a vital role in gear lubrication under demanding operating conditions. However, proper grease application is crucial to maximize its effectiveness.

Because perfluoropolyether grease is more sensitive to impurities, a specialized cleaning agent is required to remove oil, iron filings, and old grease residue from the tooth surfaces. Allow the surface to dry before proceeding.
Grease application must be performed when the gears are completely stopped. Use a dedicated grease gun to evenly and continuously apply perfluoropolyether grease to the meshing area of the gears, ensuring that both sides of each tooth are covered with grease. Avoid creating bubbles during application. The amount of grease applied must be precisely controlled. Perfluoropolyether grease has relatively poor fluidity. Too little grease will not form a complete oil film, while too much will increase operating resistance and affect heat dissipation. Generally, a suitable grease thickness for open gears is 0.3-0.8 mm. In enclosed gearboxes, the ideal amount of grease should cover 1/4-1/3 of the gear diameter. The specific amount can be adjusted based on the gearbox volume and gear speed.



After filling, start the equipment and idle for 5-8 minutes to allow the perfluoropolyether grease to fully distribute and form a stable oil film on the gears during operation. Then, shut down the machine for inspection to ensure that the grease coverage on the gear surfaces is complete. Also, check for any unusual noise or grease leakage. Any issues should be addressed promptly. Only through standardized operation can perfluoropolyether grease achieve optimal performance in gear lubrication.Jialede Company has been deeply engaged in the fluorine chemical industry for 16 years. Leveraging its accumulated technical expertise and industry experience, it has established a comprehensive professional system from R&D, production, to quality control. We always control the quality of each fluorochemical product with strict standards, from raw material selection to production process optimization, from precision testing to after-sales tracking. With 16 years of focus and perseverance, every product carries reliable guarantees, making us a fluorochemical solution partner trusted by our customers.

In today's growing industrial field, the role of lubricants cannot be underestimated. They not only affect the operating efficiency of equipment, but are also directly related to the life and stability of equipment. Dry film oil, as a new type of lubricant, has gradually emerged in various industries with its unique performance advantages.


Dry film oil—Definition and Characteristics
Dry film oil, as the name suggests, is a lubricant that forms a dry film after lubrication. Its core component is polytetrafluoroethylene (PTFE) solid lubricating particles. After this lubricant is applied to the surface of the lubricated part, it will evaporate quickly, leaving a uniform and extremely thin lubricating film. This film not only has an extremely low friction coefficient, but also effectively prevents moisture, moisture, and corrosive substances from invading the equipment, while also having a cleaning effect.
The lubricating performance of dry film oil far exceeds that of most ordinary lubricants, and its lubricating effect is several times that of ordinary lubricants. What is more remarkable is that it can maintain stable lubrication performance under extreme temperature conditions (-40℃ to 260℃), allowing the equipment to still operate stably in harsh environments.
 
Application fields of dry film oil
1. Electronic and electrical industry: Dry film oil is widely used in precision electronic devices such as micro motors, switches, contacts, connectors, and slide rails. It can reduce friction and prevent wear, thereby improving product reliability and life.
2. Optical products and audio-visual equipment: In precision equipment such as optical lenses, optical drive components, and audio-visual equipment, dry film oil can reduce motion noise and ensure smooth operation without damping and pollution between parts.
3. Precision instrument manufacturing industry: In laboratory analytical instruments, measuring equipment, and medical devices, dry film oil provides long-lasting and clean lubrication, which helps maintain the accuracy and stability of the instrument.
4. Automotive accessories industry: From fuel injection systems to window lifts, sunroof tracks and other devices, dry film oil provides an ideal lubrication solution, enhances wear resistance, and reduces failure rates.
5. Office automation equipment: Dry film oil also plays an important role in fan bearings inside computers, transmission mechanisms of printers, complex linkage parts of copiers and fax machines, and other components.

In addition, dry film oil has also been widely used in aerospace, military equipment, robotics, high-end watchmaking and other fields. 3. Advantages of dry film oil
1. Efficient lubrication: Dry film oil has excellent lubrication performance, which can significantly reduce equipment friction and wear and improve equipment operation efficiency.
2. Long life: Due to its unique lubrication mechanism, dry film oil can significantly extend the service life of equipment.
3. Environmental protection and pollution-free: Dry film oil does not produce oil stains and leakage during use, and does not pollute the environment and products.
4. High and low temperature resistance: It can still maintain stable lubrication performance under extreme temperature conditions, meeting the lubrication needs in various harsh environments.
5. Versatility: In addition to the lubrication function, it also has multiple functions such as waterproof, moisture-proof, corrosion-resistant and cleaning.


In summary, dry film oil has become a shining pearl in the field of modern industrial lubrication with its unique performance and wide application fields. With the continuous advancement of science and technology and the continuous development of industry, it is believed that dry film oil will play a more important role in the future.

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.

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.