Professional Equipment,
Cleaning Machinery.
Power at the Service of Industry

Answer1

A cold-water pressure washer is perfect for removing surface dirt, mud, and dust from vehicles or yards. However, if the need is to remove grease, oil, or encrusted residues (typical of the mechanical or food industry), hot water is necessary: high temperatures dissolve stubborn dirt faster, reducing the use of chemical detergents and speeding up the drying of surfaces. Evaluating the pressure (bar) and flow rate (litres/hour) is essential to ensure an impact force appropriate for the type of dirt without damaging the treated components.

The use of a professional sweeper is recommended for areas larger than 200 m². Unlike manual cleaning, the sweeper captures dust through suction and filtration systems, preventing fine particles from being stirred up and redeposited on machinery or inhaled by operators. Available in both manual and motorized versions, these machines reduce cleaning time by up to 10 times, ensuring a healthier work environment and protecting sensitive electronic components found in modern warehouses and production lines.

To choose the correct power generator, you need to sum the watts (or kVA) of all devices that will be connected simultaneously, considering the "starting current" (the power surge required when motors or compressors start up). It is advisable to oversize the generator's power by 20-30% to prevent overloads and ensure voltage stability. For sensitive electronic equipment, it is essential to opt for generators with Inverter or AVR technology, which stabilize the energy supplied, preventing damage to digital circuits and ensuring operational continuity in the event of a blackout.

Piston compressors are suitable for intermittent use and small workshops where the demand for compressed air is not constant. For continuous work cycles (24/7) and high air demand, the screw compressor is the obvious choice: it is quieter, more energy-efficient, and guarantees a constant airflow without overheating. The choice should be based on the air consumption (liters/minute) of your pneumatic tools and the quality of air required, considering the integration of dryers to prevent condensation formation in the pipelines.