High-pressure systems are indispensable components in modern industry and are used in a wide range of applications. These systems generate high pressures to handle demanding tasks in cleaning, metal processing and many other areas. They use high-pressure pumps to apply high pressure to fluids, which increases their efficiency and performance in various industrial processes. They are therefore the optimal solution for applications that require precise and powerful tools.
High-Pressure Systems from Kamat: Maximum Performance for Industrial Applications
A high-pressure system consists, among other things, of a pump that raises liquids such as water or chemicals to pressures of several hundred to thousands of bar. These systems are crucial for processes where conventional pumps are not sufficient.
Areas of use and applications
High-pressure systems are used in numerous industries, including
- Cleaning: Removing persistent dirt and coatings.
- Metalworking: Precise cutting and shaping processes as well as descaling and deburring.
- Mining: Extraction of raw materials and material transportation.
With KAMAT high-pressure systems, companies are ideally equipped to master demanding industrial challenges. In addition, we offer the entire technology including automation technology, drive technology with e.g. frequency converters and our own software to ensure customized and efficient solutions for specific requirements.
Components of a high-pressure system
A high-pressure system, which is used synonymously with pump units, consists of various essential components that work together to ensure optimum performance and efficiency:
Electric motor or diesel engine
The drive motor powers the pump and can be connected via a belt drive up to 45kW, direct coupling or clutch. Electric motors are widely used, while mobile systems are often powered by diesel engines. KAMAT pumps use an internal gearbox to reduce the drive speed to the required pump speed, eliminating the need for external gearboxes.
Plunger pump
The high-pressure plunger pump is the heart of the system and raises the liquid to the required pressure level. There are different types of high-pressure pumps, such as plunger pumps, piston pumps and diaphragm pumps, all of which displace liquid and build up pressure against flow resistors or downstream consumers such as nozzles. KAMAT specializes in the manufacture of plunger pumps as they produce pressure much more reliably than other technologies.
Hoses, fittings and pipes
These components transport the water from the pump to its destination, for example to a nozzle or other tool. Hoses and fittings must be robust and durable to withstand the high pressure.
Valves and pressure relief devices
These regulate the flow of fluid and protect the system from overpressure. Pressure relief valves open automatically to release excess pressure when the system reaches a critical pressure level.
PLC control
This controls the high pressure system, including starting and stopping the pump, pressure settings and monitoring system performance. The control panel includes switches, pressure gauges, indicators and an emergency stop switch.
Pulsation damper at the outlet
The pulsation damper harmonizes the discontinuous flow of the pump to minimize wear on downstream components.
Sound enclosure
An enclosure can dampen ambient noise and regulate the internal temperature of the unit. Heating or cooling systems stabilize the temperature of the system even in extreme environments.
Suction flow stabilizer
A suction stabilizer stabilizes the flow into the pump, eliminating acceleration losses and preventing cavitation.
Tank or water source
The system requires a fluid source, which can be a tank, reservoir or public water supply.
Kamat High-Pressure Systems
KAMAT is one of the leading manufacturers of high-pressure pumps and systems, characterized by 50 years of experience and technical know-how. The company offers a wide range of products, from high-pressure pumps and pump units to customized accessories. These systems are able to cover a wide range of industrial applications, from industrial high-pressure washing to metal processing.
An outstanding feature of KAMAT high-pressure systems is their flexibility and adaptability. The systems can be customized to meet specific customer requirements, providing tailor-made solutions for every application. Whether in harsh environments, explosion proof systems or for precision work – KAMAT offers the right solution.
Benefits of Kamat High-Pressure Systems
KAMAT high-pressure systems offer numerous benefits that make them a first-class choice for industrial applications.
- Exceptional reliability and efficiency
- Consistent performance under extreme conditions
- Minimization of downtime
- Robust construction and high-quality materials
- High performance and durability
- Customized solutions tailored to customer needs
- High particle proportion in the fluids
How to contact us and further information
At KAMAT, we are always available to provide you with individual advice and tailor-made offers. Our experts will help you to find the optimum high-pressure technology for your specific requirements.
Get in touch with us to find out more about our high-pressure systems. You can reach us by phone, email or via our contact form on the website. We look forward to hearing from you.
Contact us now and discover the benefits of KAMAT high-pressure systems!
Frequently Asked Questions About High-Pressure Systems
A high-pressure system, also referred to as a pump unit, is a plant that pressurizes fluids to very high levels and makes them available for industrial processes. It consists of several coordinated components: a drive motor, plunger pump, valves, hoses, control system, and additional elements such as a pulsation dampener and suction stabilizer.
The core components are the drive motor (electric or diesel), the high-pressure plunger pump, valves and pressure relief devices, a PLC control system, hoses and pipework, and optionally a pulsation dampener, suction flow stabilizer, and acoustic enclosure. All components must be rated for the maximum permissible operating pressure of the system.
Stationary systems are typically driven by electric motors. For mobile systems, diesel engines are used. KAMAT pumps incorporate an internal gearbox that reduces drive speed to the required pump speed, eliminating the need for an external gearbox.
Plunger pumps deliver fluid not continuously but in strokes. The pulsation dampener at the outlet smooths these pressure fluctuations and protects downstream components from accelerated wear caused by pressure pulsation.
High-pressure systems are used wherever high pressures are required for cleaning, processing, or fluid transfer. Typical industries include industrial cleaning, metal processing (descaling, deburring, cutting), mining, and the chemical and petrochemical industries.
Since high-pressure systems operate at pressures ranging from several hundred to several thousand bar, reliable overpressure protection is non-negotiable. This is handled by safety and pressure relief valves, which regulate flow and protect the system against impermissible pressure buildup. Pressure relief valves open automatically to release excess pressure when the system approaches a hazardous pressure level. All components — from the pump and valves through to hoses and pipework — must be rated for the maximum permissible operating pressure. This keeps the system safe and operationally reliable even under continuous load.
A high-pressure system is engineered to the specific process. Systems are developed and manufactured based on concrete requirements; pressure level, flow rate, fluid, temperature, operating hours, and safety-relevant specifications all feed directly into the technical design. This is made possible by a modular system: pump, drive, valves, control system, and additional components such as a pulsation dampener or suction flow stabilizer can be combined flexibly. For an initial pump selection, KAMAT also provides an online pump finder. The final configuration is developed in close consultation with KAMAT engineers.
