咨询热线:010-61257019
010-61257016
13522701469

在线客服

首 页 > 关于埃尔曼 > 生物纳米节能润滑油的特性和机理

生物纳米节能润滑油的特性和机理Characteristics and mechanism of biological nano energy saving lubricating oil

<p>埃尔曼石油集团石化实验室的科研人员通过大量试验观察稳定与不稳定分子的结构、性能及结构与性能之间的相互关系,分子与分子之间的相互作用;分子与分子之间的相互碰撞和相互反应,以及生物活性酶的分解和渗透、调节的特性;从中先提出生物应用理论。依据润滑油的分子结构,对加入生物活性酶的介质材料,表面效应,体积效应;运用新材料和生物科技,通过大量台架实验和大量车辆行驶实验,研制出高质量、高节能润滑油-------生物纳能润滑油。生物节能润滑油具有不同的化学特性的增压减磨性能,大大的升高了润滑油的抗磨性能、减磨性能和分散性能;拉长机械部件的使用寿命,并对已磨损的机械表面有修补作用。</p> <div> <div> <div>He oil group petrochemical laboratory researchers through a large number of experimental observation of stable and unstable molecules structure, performance, and the relationship between structure and properties, the interaction between molecules and molecules; Mutual collision and interaction between molecules and molecular reaction, and biological characteristics of active enzyme decomposition and penetration, adjust; From the first biological application theory is put forward. On the basis of the molecular structure of the lubricating oil, biological active enzymes joining of dielectric materials, surface effect, volume effect; Use of new materials and biotechnology, through a large number of experiment and a large number of vehicle bench test, developed the high quality, high energy saving lubricating oil -- -- -- -- -- -- -- biological can lubricating oil. Biological energy booster lubricating oil with different chemical properties of antifriction performance, greatly increase the anti-wear performance of lubricating oil and antifriction performance and dispersion performance; Lengthening the service life of mechanical components, and to have the wear of the surface of the mechanical repair function.</div> <div>&nbsp;</div> </div> <div>&nbsp;</div> </div> <div>节能润滑油良好的节能机理主要体现在发动机运转过程中,在相互运动的机械表面形成一种生物活性膜,并保持活性膜的稳定,躲避了金属性质的油膜对机械表面的腐蚀,减少了由于部件的磨损和摩擦引起的功率损失、机械损失;普及了发动机Energy saving energy saving mechanism of lubricating oil well is mainly manifested in the process of engine operation, the mutual movement of the mechanical surface to form a kind of biological membrane, and maintain the stability of active film, avoid the metal corrosion properties of the oil film on the surface of mechanical, reduced caused by parts of wear and friction power loss, mechanical loss; Popularize the use of the engine of the economy, prolong the service life of the engine.</div> <div>&nbsp;</div> <div>使用的经济性,提前拉长了发动机使用寿命。</div> <div>&nbsp;</div> <div>生物纳米节能润滑油的优良性能还表现在具有良好的清净分散性,生物纳米活性酶不但能够起到控制油品的高温氧化,并且能够保持油品良好的低温流动性,躲避了积炭、油泥的产生;而且对积炭有良好的软化、分解、洗涤的作用。从而升高了润滑和密封,减少了机械能损失。</div> <div> <div>Biological nano energy-saving lubricants add to the good performance with good detergency and dispersancy biological nanometer active enzymes not only can rise to control the high temperature of oil oxidation, and can keep oil good low-temperature fluidity, avoid the generation of the carbon deposition and sludge; And softening, decomposition, washing of coke has good effect. To increase the lubrication and sealing, reduce the mechanical energy loss.</div> <div>生物纳米节能润滑油油膜的稳定性和良好的高温,使润滑强度升高,汽缸的气密性升高,起到控制由于汽缸窜气所造成的做功压力损失,实测发动机功率升高2%,节省燃料消耗1.5%-2.5%,减少尾气排放5%-8%,大大限度保护引擎不受磨损,并保护发动机在良好状态下发挥大的机械效能。</div> <div> <div>Biological nano energy saving lubricating oil film and good high temperature stability, higher strength of lubrication, cylinder pressure tightness rise, rise to control because of channeling gas cylinder pressure loss caused by power, and the measured engine power increased by 2%, save fuel consumption by 1.5% - 1.5%, reducing emissions by 5% to 8%, greatly limit protect the engine from the wear and tear, and to protect the engine in good condition to play big mechanical efficiency.</div> <div>&nbsp;</div> <div>生物纳米节能润滑油的八大优势</div> </div> </div> <div>Eight major advantages of biological nano energy saving lubricating oil</div> <div>1.抗磨性能,有效保护引擎,延长发动机寿命,降低维修成本 2.提高燃油效率,减少燃油消耗,节省燃油 3.优异的高温抗氧化性能和防止热裂解能力,抑制了高温油品的变质和稀释,确保油品粘度稳定,为发动机提供充沛动力 4.超强的低蒸发损失性能,延长了润滑油的使用寿命,提高了更换周期 5.极佳的智能软化、分解积炭功能,有效清洗和保护引擎清洁 6.超强的酸中和性能,防止发动机部件锈蚀及腐蚀磨损。 7.优异的生物纳米修复保护能力,有效修复引擎表面点蚀,迅速减低噪音,抑制油品升温 8.有效保护环境污染,减少尾气排放</div> <div> <div>1. Higher anti-wear performance, protect engine, prolong engine life, reduce maintenance cost. 2. Higher fuel efficiency and reduce fuel consumption, save fuel and excellent ability to avoid thermal cracking, control of the high temperature oil metamorphism and diluted, confirm the oil viscosity stability, for the engine to provide abundant power 4. The strong performance of low evaporation loss, prolong the service life of the lubricating oil, the increase in cycle 5. Soften carbon deposit function, decomposition, a cleaning and protecting the engine clean 6. Strong acid neutralization, avoid engine parts rust and corrosion wear. 7. Excellent biological nanometer automatic direct protection ability, rise to repair the engine surface pitting, fast to reduce the noise, the control of oil temperature 8. Protect the environment pollution, reduce exhaust emissions</div> <div>&nbsp;</div> </div> <p>&nbsp;</p>