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Zhengzhou Lide Vacuum Equipment is a professional vacuum equipment supplier that integrates research and development, manufacturing, sales, and service, providing various series of vacuum products and professional vacuum system solutions for China's vacuum application field
The company's main products include single-stage and two-stage oil sealed rotary vane vacuum pumps, belt type rotary vane pumps, dry screw vacuum pumps, Roots vacuum pumps, and vacuum unit system solutions. The company has complete inspection and monitoring equipment, material tensile physics laboratory, vacuum testing room, dynamic balancing laboratory, three-dimensional coordinate and other high-end equipment
Since entering the market, we have always provided customized, efficient, stable, safe and reliable vacuum solutions and vacuum pump products to our customers in the fields of electronics, semiconductor industry, pharmaceutical industry, laboratory equipment, coating, solar energy, petrochemicals and other industries. At present, Lide brand vacuum pumps have established and improved their product sales network, and have set up dealer service networks in multiple regions, exporting their products to multiple countries.
The enterprise logo is designed with a combination of Chinese and English names, using the letters "L" and "D" as the main styling basis, and abstracting them for design. The overall logo is represented by the letter D from a global perspective; From a top-down perspective, it can be divided into the combination of L and D, forming a posture of 'you in me, I in you'. In addition, the top and bottom combination of the logo is embedded with a star, which also implies that your company will become a shining star in the industry in the future
The lines of the logo are elegant and smooth, with a high sense of beauty. The color scheme used is also deep black and warm red, both of which are intended to showcase the excellent corporate quality of the company, which is generous, passionate, and skilled in deep cultivation and research!
The earliest acquisition and application of vacuum can be traced back to the 6th century BC, when China's ironmaking technology had already made considerable progress. In order to melt iron, blast equipment was installed on the ironmaking furnace. The initial use of skin bag blower and bellows blower was called "Shan". The function of the bellows includes negative pressure suction and pressurized exhaust. The working principle is basically the same as that of the current reciprocating piston vacuum pump. This type of bellows had already become an important tool for ironmaking by 1367 AD. This is the earliest example of vacuum acquisition and application.
From the primitive water pump, it has developed into dozens of existing mechanical pumps, diffusion pumps, molecular pumps, cryogenic pumps, ion jet pumps, sublimation pumps, and more.
The vacuum acquisition capability has also developed from a few hundred pascals to the current high vacuum and ultra-high vacuum fields. The pumping speed, mechanical performance, and reliability have all been astonishingly improved.
There is a definite record in history that Europeans were the ones who achieved the 'vacuum'. In 1643, Italian Torricelli conducted an atmospheric pressure experiment. He used a slender glass tube with one end closed and a small groove for mercury, first pouring mercury into the open end of the glass tube until the entire tube was filled. Then press down on the opening, invert the glass tube in the mercury tank, and open the pressed opening. At this point, the height of mercury in the glass tube gradually decreases until it is 760mm above the liquid level of the small tank, and then it no longer decreases. Torricelli believed that the gap at the top of the glass tube was a "vacuum". Subsequently, his students Pascal and others moved the experiment to the mountains and found that the mercury column height was below 760mm, proving that atmospheric pressure is related to height.
German scientist Otto von Greick invented the piston vacuum pump. In order to demonstrate the immense power of atmospheric pressure, he conducted a public experiment in which Glick combined two hemispheres with a diameter of 119cm and used a vacuum pump to remove the air inside the spheres. As a result, the atmospheric pressure on the surface of the spheres was very high, and each hemisphere required 8 horses to pull apart in the opposite direction. Because the experiment was conducted in Marburg, Germany, it is known as the Marburg Hemisphere Experiment and is renowned worldwide.
British man Boyle discovered Boyle's law. In 1738, Swiss Bernoulli proposed the theory of gas molecule motion, laying the initial theoretical foundation for vacuum technology.
Germany invented the mechanical pump
Pirani invented the thermal resistance vacuum gauge
Gaide invented the molecular pump
Gaide invented the diffusion pump
Berkeley invented the hot cathode ionization gauge. Vacuum technology rapidly developed from low vacuum to high vacuum, and the momentum of high vacuum technology continued until World War II
Japan established a "joint venture Manchuria Work Office" in Shenyang, using Chinese labor to produce small pumps (some parts are shipped from Japan), with an annual output of up to 890 units.
Shanghai Yonggu Machinery Factory has replicated the piston vacuum pump used in steam equipment imported from Germany. Hickman invented the fractional oil diffusion pump
Panning invented the cold cathode ionization gauge, which made high vacuum technology basically perfect in both acquisition and measurement.
Vacuum technology has been widely applied in the field of atomic energy and has been expanded in areas such as vacuum metallurgy, vacuum coating, and vacuum freeze-drying.
The vacuum range has been increased to 10-10Pa. Higher vacuum levels have also been achieved in some laboratories, but they cannot be measured yet. Bayard Albert invented the B-A gauge, which created the conditions for measuring ultra-high vacuum
The emergence of the suction agent ion pump enables people to obtain clean ultra-high vacuum.
Fan Jingchun referred to the structure of the Japanese CE type single suction two-stage pump and independently designed China's first single suction two-stage vacuum pump.
Foreign vacuum pumps have entered the Chinese market in large quantities. Japanese vacuum pumps are distributed everywhere, German Leibao has built factories in China, and international famous manufacturers such as Atlas Group of the United States and Yosung of South Korea have also sought partners to establish manufacturing bases in China. They have a great appetite and have the potential to dominate the Chinese vacuum pump market.
Although some domestic vacuum pump companies are gradually rising and occupying a leading position in the market, most of them have poor research and development capabilities. Compared with their foreign counterparts, high-end products are still at a technological disadvantage. There are still many things that need to be added here.
Customer first - everything starts from the customer's needs, and customer satisfaction is our unremitting pursuit
Service first - respond promptly, 7x24 hour online service, arrive on-site within 48 hours
Quality first - Lide's pursuit of quality is continuous, and creating high-quality products worldwide is our goal!
All colleagues of our company adhere to the business philosophy of "reputation, quality, efficiency, and service", strictly require engineering quality control, implement quality control systems, ensure that every product leaving the factory meets the requirements of engineering quality, and expect to exceed customer expectations and achieve the best engineering quality as the goal.
Lide vacuum creates the future
Putting people first, honest management, innovation, progress, and harmonious development
Establish with sincerity, take with trust
Innovation drives development, quality seeks survival, management promotes efficiency, integrity attracts customers