Насоси високого системного тиску - це спеціалізовані насосні пристрої, призначені для створення та підтримки високого рівня тиску в системах рідинної передачі. Вони мають спеціальну конструкцію і потужні двигуни, що дозволяють перекачувати рідини під високим тиском. Ці насоси широко застосовуються в різних галузях промисловості, таких як нафтогазова, хімічна, енергетична та водопостачання, де потрібна надійна та ефективна робота при високих тисках. Їх використання дозволяє забезпечити стабільну роботу технологічних процесів та систем, що робить їх важливим компонентом в інженерних системах та устаткуванні.
Designed for use in the most extreme chemical processing applications, the ULTRAChem® series pumps are magnetically driven pumps that meet ANSI standards. The pumps are designed for pumping aggressive, chemically active liquids. The concentration of suspended solids should not exceed 1.25 mg/cubic cm. The pumps are ideal for operation at ultra-low ambient temperatures.
Electric metering pumps (piston and diaphragm) are designed for maximum operating ranges. Diaphragm and piston dosing pumps are specially designed for dosing all types of chemicals, whether corrosive, toxic or highly viscous, for water treatment, industrial processes, petrochemicals and agriculture. The main advantage of the pumps is the ability to connect up to four working heads to one motor, and these units can simultaneously pump different types of liquids with different capacities. The pumps themselves are made of high-quality materials, have a robust design and are maintenance-free.
Hydra-Cell Metering Solutions pumps meet and, in most cases, exceed API 675 performance standards by providing virtually pulse-free, linear flow, as well as many other operational benefits. Taking advantage of state-of-the-art technology, Hydra-Cell P-Series metering pumps achieve superior levels of accuracy, repeatability and linearity, delivering precise, consistent flow. This revolution in metering uses the latest electronic flow control available to replace outdated, inaccurate stroke controllers.
General purpose pumps are widely used in all areas of industrial production around the world due to their gentle handling of the fluid during pumping, as well as their simple and robust design and minimal maintenance. Thanks to the standard connection dimensions, the pumps can be combined with any motor and other drive elements that comply with NEMA or IEC standards.
The VPH series of peristaltic pumps with shoe technology is our updated peristaltic pump designed for high pressure applications up to 15 bar, with 14 sizes available in flow rates up to 150 m3/h. This is a heavy-duty industrial pump series designed for round-the-clock operation. We have combined the best available materials with clever design solutions to maximise uptime and minimise maintenance.
This pump summarises what we want to achieve: the best pumping solutions for our customers. Our design increases the simplicity and reliability of the pump.
Peristaltic pumps of the N series (roller design) are self-priming peristaltic pumps with a seal-free design. The liquids are transported inside the hose and do not come into contact with any metal parts of the pump.
The pumps are characterised by extremely smooth pumping of the product, thus preventing the formation of emulsions or turbulence. All pumps can be supplied in monoblock versions connected to gearboxes, regulators, electric, diesel, pneumatic or hydraulic motors.
The modern metal diaphragm pump of VC series features a unique, non-jamming air valve that is simple, robust and reliable, and does not require a separate or mechanically operated pilot valve. The bolted design ensures leak-free pumping of liquids. The pneumatic diaphragm pumps are designed and manufactured to meet the needs of both OEMs and end users. The main characteristics of these pumps are competitive prices, few parts, simple design and maintenance, and high quality. Stainless steel pumps are FDA approved. Aluminium pumps with PTFE diaphragms are explosion-proof and ATEX certified.
Сlose coupled industrial pumps of the NCL series - IN LINE design - are units designed to support technological processes involving the pumping of hazardous liquids. The main field of application of such equipment is the petrochemical and chemical industries. The pumps are indispensable for solving such tasks as pumping acids, caustics, chlorine alkaline solutions, chemical fibers, polymers, volatile organic compounds, sludge pumping and waste treatment. The pumps are CE-marked and comply with applicable European directives such as ATEX.
The Valisi VD-ECA series are diaphragm and piston metering pumps with advanced metering control for precise and automatic control. The pumps are designed to accommodate a variety of remote control options such as SCADA, etc.
VALISI internal gear pumps of the VD series are positive displacement pumps with a robust and simple design (only two moving parts). This type of design allows for efficient pumping of both liquid and clean media, as well as highly viscous abrasive media with inclusions (e.g. asphalt, chocolate, honey, etc.). The pumps can pump liquids with a viscosity of 100 ~ 1.000.000 cst. The pumps provide a uniform flow and high pressure. The following gear pump designs are available: without axial support, with axial support, in-line design, monoblock design, and high-speed design.
Industrial high system pressure pumps are specialized pumping devices designed to create and maintain high pressure levels in fluid transmission systems. They have a special design and powerful motors that allow them to pump fluids under high pressure. These pumps are widely used in various industries, such as oil and gas, chemical, energy and water supply, where reliable and efficient operation at high pressures is required. Their use allows to ensure stable operation of technological processes and systems, which makes them an important component in engineering systems and equipment.
The advantages of using high system pressure pumps include ensuring reliable and efficient operation of technological processes, increasing the productivity of fluid transmission systems, reducing equipment downtime and increasing the service life of pumps. Due to their power and reliability, these pumps are an integral part of industrial systems where high pressure support is required to ensure the efficient operation of production processes.
High system pressure pumps are used in various industries to pump various liquids and media at high pressures. They are used in the oil and gas industry to pump crude oil, gas and water under pressure, as well as in the chemical industry to process chemical reagents and solutions. In addition, they are used in water supply and drainage systems, in cooling and heating systems, as well as in other technological processes where high pressure levels are required.
When selecting a high system pressure pump, a number of factors should be considered, such as pressure requirements, characteristics of the pumped medium, performance, efficiency, reliability and safety. It is important to choose the optimal solution that meets the requirements of a specific production process and will ensure stable and efficient operation of the fluid transmission system.