IOTA CORPORATION LTD.
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Under extreme low temperature environments, the problem of lubrication failure of industrial equipment has long plagued industries such as mining, energy, and cold chain. Traditional lubricants tend to solidify and their fluidity drops sharply below -30℃, resulting in difficulty in starting the equipment, increased wear, and even downtime accidents. However, with the breakthrough of ethyl silicone oil technology, this industry pain point is being completely rewritten.
Technical breakthrough: the perfect combination of low temperature resistance and super lubrication
Ethyl silicone oil maintains stable fluidity in a wide temperature range of -50℃ to 150℃ due to its unique molecular structure. Its viscosity-temperature coefficient is extremely low, and it can still quickly penetrate into mechanical gaps at low temperatures to form an ultra-thin lubricating film and reduce metal friction loss. For example, after an open-pit coal mine in Inner Mongolia introduced ethyl silicone oil to lubricate the gearbox of a mining machine, the startup time at -45℃ was shortened by 70%, and the equipment maintenance cycle was extended from 1 month to 6 months.
Wear resistance: laboratory data and scenario verification
Third-party tests show that the wear resistance of ethyl silicone oil is more than 3 times that of mineral oil. In a friction test simulating extreme cold conditions, the bearings coated with ethyl silicone oil produced only micron-level wear after 500 hours of continuous operation, while the traditional lubricant group showed obvious dents after 100 hours. After an international port group applied it to the hydraulic system of cold chain logistics transport vehicles, the average annual maintenance cost dropped by 42% and the equipment life was extended by 30%.
Industry application map: from precision instruments to heavy machinery
At present, ethyl silicone oil has covered three major application scenarios:
1. Polar scientific research equipment: The generator set of the Antarctic scientific research station uses ethyl silicone oil to achieve -50℃ non-preheating start;
2. Precision manufacturing: The guide rail lubrication accuracy of the semiconductor wafer cutting machine is improved to the nanometer level;
3. Energy development: The drill bit replacement frequency of Siberian oil and gas field drilling equipment has been reduced by 50% due to lubrication upgrades.
Expert opinion: The "Cambrian Explosion" of lubrication technology
Professor Li from the School of Materials Science and Engineering at Tsinghua University pointed out: "The low-temperature performance of ethyl silicone oil fills the technical gap in the global lubrication field, and its super-lubricity may even promote the innovation of space exploration equipment." According to industry forecasts, by 2026, the market size of ethyl silicone oil in the field of industrial machinery will exceed US$2 billion.
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