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CORKEN Compressor, a Complete Guide CORKEN compressors stand out as a premier choice in industrial applications for several compelling reasons. Here’s a list that gives us a closer look at each of these factors: Wide Range of Applications: CORKEN Compressors are engineered for the efficient transfer of a diverse array of industrial gases, encompassing butadiene, hydrogen, helium, methyl chloride, sulfur dioxide, chlorine, refrigerant gases, exotic research gases, corrosive biogases found in landfills, and hydrocarbon gases prevalent in the oil and gas industry. They are used in many applications, including vapour recovery, gas gathering, liquid transfer, instrumentation, pressure boosting, tank car unloading, gas blanketing, PSA gas generation evacuation, and refrigerant reclamation. Solutions for LPG and Petrochemicals: CORKEN offers a wide variety of industrial compressor solutions for the Liquefied Petroleum Gases (LPG) and other petrochemical industries. The applications of COR

Why We Need Hammer Milling for Chemical Industry Hammer milling is an energy-intensive process utilized for particle size reduction through the impactful action of rapidly moving hammers. The primary function of a hammer mill is to shred or crush aggregate material into smaller pieces, which is achieved by the repetitive blows of small hammers. Widely applied in various industrial settings, including ethanol plants for grains, farm machinery for milling coarse flour for livestock feed, defibering fluff pulp, fruit juice production, and more, these machines offer versatility in their applications. In the chemical industry, hammer milling assumes a pivotal role by expediting the dissolution process. The effectiveness arises from the faster dissolution of smaller particles, making hammer mills instrumental in achieving rapid formulation. These mills contribute to the thorough mixing of solid, dry, and fibrous materials post-grinding or milling. This mixing precision is particularly vita

  How does a hydraulic diaphragm metering pump work? A hydraulic diaphragm metering pump [a1]   operates as a positive displacement pump, utilizing a flexible diaphragm actuated by a hydraulic system for fluid pumping. This mechanism involves a piston or plunger applying pressure to one side of the diaphragm, inducing flexion, and creating a vacuum on the opposite side. This design allows the pump to handle a diverse range of chemicals, including acids, bases, corrosives, viscous liquids, and slurries. The reciprocating piston, either in direct contact with the process fluid or separated by a diaphragm, generates the pumping action. Diaphragms are activated by hydraulic fluid situated between the piston and the diaphragm. These pumps find application in scenarios necessitating low flow rates, high system pressures, or precise and accurate feed rates. The pump's flow rate is adjustable through variations in stroke length, effective stroke length, or stroking speed, often facilitate

  Gear Pumps Selection Guide: Types, Features, Applications Gear pumps have earned a reputation for their efficiency and reliability, characteristics that stem from distinctive features inherent to their design. Notable among gear pumps features is their simplicity with a few moving parts, making them highly reliable and easy to maintain. The design of gear pumps facilitates the efficient handling of viscous fluids, showcasing their high efficiency. These pumps possess the valuable capability of self-priming, eliminating the need for an external suction source to initiate pumping. Their versatility is evident in their ability to manage a broad spectrum of fluid viscosities and pressures, rendering them suitable for a diverse range of applications. Renowned for their durability, gear pumps are constructed robustly, ensuring a long service life. These collective gear pumps features position them as a preferred choice across various industries. The optimal selection of a gear pump necess