Shenzhen KunPeng Precision Intelligent Technology Co., Ltd

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PRODUCT CENTER.

APPLICATION OF
Nitrogen and Oxygen Generation.

Medical use:Medical grade oxygen, used in hospitals, first-aid stations, sanitariums, etc

Wastewater treatment: Oxygen-enriched aeration of activated sludge, aeration in pools and ozone sterilization.

Field cutting construction: Oxygen enrichment for field steel pipe and steel plate cutting, mobile or small oxygen generators can meet the requirements.

Non-ferrous metal Smelting: Smelting steel, zinc, nickel, lead, etc. requires oxygen enrichment, and the PSA method is gradually replacing the cryogenic method.

Glass melting:Oxygen-assisted combustion and dissolution, cutting, increasing glass output and extending furnace life.

Pulp bleaching and papermaking:Chlorine bleaching is transformed into oxygen-rich bleaching, providing cheap oxygen.

Ore processing: Used in gold and other production processes to increase the extraction rate of precious metals.

Fermentation: Fudai replaces air to supply oxygen for aerobic fermentation, which can greatly improve efficiency

Drinking water: Provide oxygen to the ozone generator for sterilization.

Petrochemical industry:Oxygen reactions in the petroleum and chemical processes use oxygen-rich instead of air to perform oxidation reactions, which can increase the reaction speed and the output of chemical products.

Oil Industry:Inject N2 to the oil well and get residual oil, enhance oil recovery.

Petrochemical Industry:Cleaning, inertilizing and catalyzing for the pipeline, storage tank and etc .

Steel&Iron industry: Furnace sealing, protective gas, steel refining, converter slag splashing furnace protection, security gas, heat transfer medium and system purging.

Heat treatment:Protection air of Anneal, quench , oxidation, sintering and etc.

Laser cutting:Prevent the onset of oxidation on cut surfaces of steel, aluminum and titanium plates and also to purge the applied laser beam to ensure uniformity of the cutting process.

SMT/Electronics industry:Nitrogen protection for semiconductor electronic components manufacturing and production lines.

Food industry: Packing, sealing, freshing and storage for juice, food oil, seeds, alcohol and beer

Pharmaceutical industry: Medicine nitrogen-filled storage,and pneumatic conveying of nitrogen-filled medicines

Rubber industry: nitrogen protection for the progress of manufacturing of rubber products.

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Hot Products
Product Center
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    Liquid Nitrogen Generator For Biology Lab

ABOUT US

Shenzhen Kunpeng Precision Intelligent Technology Co., Ltd. Founded in 2013, it is located in Junlin Building, Fulin South Road, Mashantou Community, Guangming District, Shenzhen, China. We specialize in the design and manufacture of various gas-related equipment. Cryogenic air separation unit, VPSA oxygen generator, PSA oxygen nitrogen generator, hydrogen production equipment (water electrolysis alkaline PEM), carbon dioxide recovery and production equipment, etc. Product structure supporting up and down, one-stop service. Modern standard factory buildings and advanced product testing equipment. The company always adheres to the business philosophy of "integrity, cooperation, and win-win", takes the road of technological, diversified, and large-scale development, and develops in the direction of high-tech industrialization. With "KP" as the registered trademark, the company's products are widely used in metallurgical coal, power electronics, petrochemical, biomedicine, tire rubber, textile chemical fiber, food preservation and other industries.
  • 24
    24 H Online Service No Time Difference.
  • 2009
    We Were Established In 2009.
  • 101~200
    Our Factory Have 101~200 Employees.
  • 1000
    More Than 1000 Square Meters Technical R&D Building.
News
  • Hydrogen Powered Car to Compete with EV Market Unique Hydrogen Technology Developed over 7 years to Address Future Clean Green Automotive Industry with Complete New Direction in Protecting the Environment from Fossil Fuel Hydrocarbon Emissions TITR will be looking for strategic partners in 2023 for bringing this unique clean energy technology from the lab to marketable products. The production of hydrogen from a water source for PEM fuel cells. The prototype of the Thomas Hydrogen Gas Generator is now working for over 7 years with very little maintenance and will be designed to fit in the trunk of a car or truck. Major cost savings for families. Many new energy products are on the horizon. The only advanced hydrogen automotive system in the world that will produce 100% hydrogen H2 that can run 3 Kw PEM fuel cell and Up using water as a fuel source. Safe, Cheap, and No travel limits. 300 watts of 12-volt battery or car DC/DC converter to produce green clean hydrogen gas (THG) which is carbon neutral. TITR (Thomas Institute for Technology Research) has technology that will enable the SAFE manufacture and production of Thomas Hydrogen Gas (THG). Technology allows continuous THG production 24 x 7. TITR's invention is a unique gas production technology that will allow THG gas production from water in high volumes. Easy to manufacture THG gas with our technology but nearly impossible to make pure HG (hydrogen gas) with NO Oxygen or other gases produced. It is the intention of the technology for use as an energy source in PEM fuel cells, NO need for hydrogen power charging stations anywhere on Earth or in space will be needed. Produce hydrogen in your automobile while driving anywhere. Here is the ultimate clean energy technology. Every automobile is its own energy production system. The company expects its unique development of a transformational approach to low-cost high volume THG gas manufacturing and technology for the developing hydrogen car market. The TITR...
    2022-10 28
  • Hydrogen Production - Hydrogen Production By Electrolysis Of Water As a clean and efficient secondary energy, hydrogen energy is of great significance for building a clean, low-carbon, safe and efficient energy system. Under the action of direct current, the water electrolysis hydrogen production technology decomposes water into pure hydrogen and pure oxygen. As an energy carrier, hydrogen can realize the recycling of carbon-free energy, and can efficiently utilize the fluctuating renewable energy power through the method of "electricity-hydrogen-electricity (or chemical raw materials)", which is both green and efficient. Hydrogen production from water electrolysis mainly includes three technical routes: alkaline electrolysis (AWE), proton exchange membrane (PEM) electrolysis, and solid oxide (SOEC) electrolysis. The technical route of hydrogen production from alkaline electrolysis water is mature, the equipment cost is low, and it is more economical. Hydrogen production by water electrolysis in alkaline liquid electrolyzers The alkaline liquid water electrolysis technology uses KOH and NaOH aqueous solutions as electrolytes, such as asbestos cloth as a diaphragm, and under the action of direct current, water is electrolyzed to generate hydrogen and oxygen. PEM water electrolyzer uses solid proton exchange membrane PEM as electrolyte and pure water as reach tant. Due to the low hydrogen permeability of the PEM electrolyte, the hydrogen produced has high purity, and only water vapor needs to be removed, the process is simple, and the safety is high; The volume is more compact; the pressure regulation range is large, and the hydrogen output pressure can reach several megapascals, adapting to the rapidly changing renewable energy power input. The practical SPE is the proton exchange membrane (PEM), which is also called PEM electrolysis. Solid oxide electrolysis cell (SOEC) is an advanced electrochemical energy conversion device, which can utilize the electric and...
    2022-10 24
  • It's a well known saying that "Time is Money" and for laboratories this is especially true. Given the volume of specialist equipment needed to function, there is certainly plenty of opportunity for downtime to have an effect. What can I do to optimize my generator's performance? At KUNGPENG, we produce a range of laboratory nitrogen generators which are primarily used for LC-MS and GC applications. No matter what your laboratory analysis is, it is essential that your gas generator is working at full capacity to ensure maximum uptime for your lab. There are a number of ways that you can ensure your lab is working to the best of its ability: Maintain the room temperature below 35°C and the relative humidity below 80%. Ensure your nitrogen generator is in a dust-free room which is cleaned daily. Utilize atmospheric air; there should be a minimum air gap of 3 inches surrounding the generator. Don`t install the generator close to an air conditioning outlet as this can affect your generators performance. Drain tubing should be connected to a suitable transparent container which must be emptied regularly. The seal must not be air tight as water and air are expelled at pressure. Given how frequently a nitrogen generation system is used in laboratories though, even the best equipment will need to be maintained periodically to keep providing the best results. Nitrogen generator maintenance In order to guarantee your nitrogen generation system is performing at its best, it is crucial to schedule planned maintenance to make sure that all the moving parts within the generator, especially integrated air compressors, are working as they should. It`s vital to ensure that the moving parts and crucial elements of your generator are regularly serviced to minimize any unscheduled downtime. Company's main business Our company mainly deals in gas equipment :Cryogenic Air Separation Plant , (pressure swing adsorption )PSA Oxygen Generator, PSA Nitrogen generator, and liquid nitrogen...
    2022-09 09
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