KAMAT
For more than 40 years KAMAT have been specialized in one thing: High-pressure applications and solutions. KAMAT develops and produces high-pressure plunger pumps and complex pump systems, as well as complete high-pressure systems, including pump accessories and high-pressure accessories – always at the most detailed manufacturing level. KAMAT’s high-pressure pumps perform up to 1500 kW and 3.500 bar and can be specified in hundreds of variants to suit all customer needs.
K55000-5G
max. 3500 bar
max. 1913 I/min
max. 550 kW
max. 2200 kg
K100000-5G
max. 3500 bar
max. 3482 I/min
max. 1000 kW
max. 3650 kg
K150000-5G
max. 3500 bar
max. 4677 I/min
max. 1500 kW
max. 7500 kg
Industries with Water Hydraulics and High-Pressure Applications
Aquaculture
High-pressure units for inshore and offshore based aquaculture
Chemistry and Petrochemistry
High-pressure anduUltra-high-pressure pumps successful as individual solution for processes in the chemical and petrochemical industries
Construction Industry
KAMAT high-pressure solutions for jetting, concrete removal and restauration, descaling and paint removal from all surfaces
Energy Sector
High-pressure technology in the energy sector – a powerful partnership
Food Industry
KAMAT ultra-high-pressure solutions for the food industry – cleaning of tanks, vessels and pipelines with high-pressure jets
Industrial High-Pressure Cleaning
Cleaning, removal of paint, or other coatings, with high-pressure technology
Mining
Bergbauhydraulik – KAMAT Plungerpumpen und Hochdruck-Pumpensysteme im Bergbau für den Einsatz unter Tage
Oil and Gas Industry
High-pressure pumps for sensitive media and fluids containing solid particles
Paper Industry
KAMAT high-pressure technology for paper industry
Pharma Industry
Ultra-high-pressure for the pharmaceutical industry
Process Industry
Safe pumping of corrosive, abrasive and volatile fluids like Ammonia
Ship Industry and Shipyards
High-pressure technology for naval industries and shipyards
Steel Industry
High-pressure technology by KAMAT ideal for the steel industry – perfectly equipped for descaling, force-fed lubrication, and water hydraulics
Klaus Union
Since 1946 Klaus Union is a market leader in the development of pumps and valves that meet the most exacting quality requirements. Klaus Union’s products are used to transport aggressive, toxic and explosive substances in the chemical and petrochemical industries.
- Leading worldwide specialist in the market of industrial pumps and valves. The chemical and petrochemical industries make extensive use of our magnetica drive technology
- Since their incorporation 70 years ago, Klaus Union has acquired a well-deserved reputation as a leading magnet drive pumps
Magnetic drive technology:
Klaus Union magnetic drive/magnetic coupling technology offers distinct long- and short-term advantages over conventional sealing system.
This technology does a way with a need for shaft to pass from liquid to non-liquid environments which means that glands and face seal can be dispensed with. The liquid is hermetically sealed in a leakproof, static isolation shell.
SEALLESS TECHNOLOGY
If pumps are used to handle dangerous products, it is essential to avoid even the smallest leakages into the environment in order to ensure the protection of both people and the atmosphere. The ideal solution for such a case is pumps with magnet drive. The first of its kind was introduced by Klaus Union in 1955.
Klaus Union Extensive Product Portfolio:
Klaus Union product portfolio comprises pumps and valves for virtually all industrial applications. In addition to steel and stainless steel, Klaus Union products integrate numerous corrosion-proof alloys based on Ni-Cr-Fe, Ni-Cr-Fe-Mo, nickel and titanium.
Klaus Union pumps and valves offer optimal safety and reliability, as well as a long service life, and reduce costs thanks to their maintenance friendliness for the following application scenarios: chemical and petrochemical industry; refrigeration and heat engineering; liquid gas plants; electroplating; power plants; and plant construction.
Single-Stage – DIN EN ISO
Flow Rate : up to 3.500 m³/h
Delivery Head: up to 220 m L.C.
Temperature Range: -120 °C to +450 °C
Pressure Rating: up to PN 400
Single-Stage – API
Flow Rate : max. 3.500 m³/h
Delivery Head: max. 220 m L.C.
Temperature Range: -120 °C to +450 °C
Pressure Rating: max. PN 400
Single-Stage – ASME
Flow Rate : up to 150 m³/h
Delivery Head: up to 100 m L.C.
Temperature Range: -120 °C to +450 °C
Pressure Rating: up to PN 400
High Temperature Applications
Flow Rate : max. 1.200 m³/h
Delivery Head: max. 215 m L.C.
Temperature Range: -120 °C to +450 °C
Pressure Rating: max. PN 40
Multi-Stage – DIN EN ISO / API
Flow Rate : max. 300 m³/h
Delivery Head: max. 2.200 m L.C.
Temperature Range: -120 °C to +350 °C
Pressure Rating: max. PN 250
Side Channel Pump – DIN EN ISO
Flow Rate : max. 42 m³/h
Delivery Head: max. 470 m L.C.
Temperature Range: -120 °C to +250 °C
Pressure Rating: max. PN 400
Submerged Pumps – DIN EN ISO / API / ASME
Flow Rate : up to 900 m³/h
Delivery Head: up to 200 m L.C.
Temperature Range: -40 °C up to +200 °C
Pressure Rating: up to PN 40
ENERGY EFFICIENT DESIGN
Transmittable Power: up to 1 MW
Temperature Range: -200 °C to +400 °C
Pressure Rating: max. PN63
Vertical Inline Pumps – DIN EN ISO / API / ASME
Flow Rate : up to 900 m³/h
Delivery Head: up to 220 m L.C.
Temperature Range: -120 °C up to +350 °C
Pressure Rating: PN 40 at 120 °C
Single-Stage – DIN EN ISO
Flow Rate : max. 3.500 m³/h
Delivery Head:up to 220 m L.C.
Temperature Range: -120 °C up to +450 °C
Pressure Rating: max 400 PN
Single-Stage – API
Flow Rate : up to 3.500 m³/h
Delivery Head:up to 220 m L.C.
Temperature Range: -120 °C up to +450 °C
Pressure Rating: PN 40 @ 120 °C
Multi-Stage – DIN EN ISO / API & ISO
Flow Rate : max. 300 m³/h
Delivery Head:max. 2.200 m L.C.
Temperature Range: -120 °C to +350 °C
Pressure Rating: max. 250 PN
Submerged Pumps – DIN EN ISO / API & ISO
Flow Rate : max. 1.600 m³/h
Delivery Head: max. 200 m L.C.
Temperature Range: -50 °C to +250 °C
Pressure Rating: max. PN 40
Propeller Pumps
Flow Rate : max. 12.000 m³/h
Delivery Head:max. 12 m L.C.
Temperature Range: -120 °C to +250 °C
Pressure Rating: max. 100 PN
Lower-Flange Propeller Pump
Flow Rate : max. 21.500 m³/h
Delivery Head:max. 8,5 m L.C.
Temperature Range: -50 °C to +400 °C
Pressure Rating: max. 10 PN
Single Volute – API
Flow Rate : max. 1.800 m³/h
Differential Pressure:max. 40 bar
Temperature Range: -120 °C to +350 °C
Pressure Rating: max 400 PN
Single Volute – API
Flow Rate : max. 1.800 m³/h
Differential Pressure:max. 40 bar
Temperature Range: -120 °C to +350 °C
Pressure Rating: max 400 PN
Double Volute – API
Flow Rate : max. 5.000 m³/h
Differential Pressure:max. 100 bar
Temperature Range: -120 °C to +350 °C
Viscosity: max. 100.000 mPas