BFT - Model Hytron -High Pressure Pump
As a leading company in the field of high-pressure pumps for waterjet cutting, BFT – Best Fluid Technology – is your contact for innovative ready-to-use solutions. Proven 4,000 bar technology combined with high flow rates – greatly appreciated by the professionals. Especially with multiple-head applications, HYTRON always ensures the required volume of high-pressure water. Whether you are using two or four abrasive cutting heads simultaneously, HYTRON provides steplessly adjustable pressure from 500 to 4,000 bar. The two chamfered intensifiers create an optimal cut.
WHY SHOULD YOU CHOOSE A EUROPEAN PRODUCT?
- Because they are adjusted to the requirements of European companies.
- Because they are designed taking into consideration a responsible treatment of our resources.
- Because they are easy to service and all common metrical tools match.
- Because they meet European standards and quality expectations.
Conventional working principle with even pressure: HYTRON® is equipped with two intensifiers as standard. They operate in the 55 kW and 75 kW power classes with up to 7.6 l/min flow rate at a operating pressure of 4,000 bar. The HYTRON® series delivers a highly efficient, pulsation-free water jet by synchronising the two intensifiers.
The intensifiers are controlled with two axial piston pumps and aligned for an optimal pressure course with the electronic control of the proportioning valve. The strokes are controlled electronically; pressure variations are minimised in combination with a large 2.49 l pulsator. The result is a good cut even with high flow rates.
- Low noise level at only <73 dB (A)
- "Green Efficiency”: approx. 25% more energy savings
- Built-in oil/air cooler saves money, protects the environment and is essential for CE marking
- Perfect control of the high pressure and minimal pressure peaks
- The accumulator ensures good cutting patterns and little wear and tear
- Driving power: 55 or 75 kW
- Permissible operating pressure, max.: 4,000 bar
- Feed rate: 6.0 or 7.6 l/min