High-Pressure Water Applications in Practice
The modularity of KAMAT high-pressure systems enables the pumping of the most different fluids with variable operating pressures.
High-pressure pumps, and pump systems from KAMAT can be used in almost all industrial areas. It may involve hydraulics, media transport, jetting, coating removal, descaling or pressure testing. A very wide spectrum of applications is made possible by the modular construction of KAMAT pump systems. KAMAT pumps and accessories are specially optimized for every application. Application case studies follow.
Applications
Efficient Paint Removal
Metallic surfaces, for example of ships, painted metal roofs or painting cubicles, can be cleaned safely with KAMAT high-pressure systems. More
Rust-Removal of Ships with High-Pressure Water
An Italian partner of KAMAT achieved a rate of up to 40 square meters per hour removing in the rust from dry docks with high-pressure guns. The surface quality WJ-2 was achieved. More
Gentle Removal of Deposits in Pipes
With the special TORNADO high-pressure system from KAMAT, pipework in industry, conduits or heat exchangers, can be freed of deposits efficiently and gently. More
Save Energy: Cleaning Hulls with High Pressure
If hulls are freed from algae, mussels and other sea organisms, the energy expenditure for the ship's drive unit decreases considerably. KAMAT high-pressure systems clean gently and efficiently. More
Landing strips: Clean and secure
A special high-pressure cleaning vehicle frees runways of stubborn rubber abrasion from aircraft tires. The vehicle developed by KAMAT cleans the concrete with high pressure up to 2,500 bar. More
Targeted Removal of Concrete with High-Pressure Pump Systems
With high-pressure technology in the range between 2,000 and 3,000 bar, porous concrete can be removed without damaging the reinforcement. Also coatings are removed in this way free of residue. More
Secure Support of Hollow Spaces in modern Face Construction
KAMAT hydraulic stations for mining enable a fast conversion of the shields in modern face construction. Thus high removal speeds of the extraction machines can be realized. More