Product Description
We are highly reckoned as eminent manufacturers, suppliers and exporters of a wide array of premium Pressure Feed Containers including
Paint Flushing System that consist of cutting-edge changeover mechanism of paint and thinner. It is manufactured using state-of-the-art technology and also facilitates easy flushing after the painting work is over. It is available at reasonable rates.
Features:
- Precision engineered
- Impeccable finish
- Sturdy design
Technical specification
- Capacity : 22 Litre.
- Max. working pressure : 5-6 Kgf/cm2.(75 psi)
- Air Input connection : 1/4" BSP (M)
- Paint inner Container : M.S..
- Air Regulator : Max. working pressure 5 Kgf/cm2.
- Air Gauge : Max. working pressure 7 Kgf/cm2.
- Paint Output : Suitable for Two gun Output.
- Flushing Tank : Maximum 9.00 Litre
- Pneumatic Stirrer : will be mounted on PFT.
- Input connection for stirrer : 1/4" BSP
- PF Tanks : will be place on Fabricated/Powder coated
- Flushing system : Valves, three way valve Included.
- Fluid/Paint Path : ms.
Superior Cleaning PerformanceDelivering a powerful flow rate of 10-20 liters per minute and operating at pressures up to 150 bar, this system ensures thorough and efficient paint flushing for industrial equipment. The automatic PLC-controlled process minimizes manual intervention and maximizes reliability for consistent cleaning outcomes.
Ease of Operation & InstallationDesigned for plug-and-play use, the system streamlines installation and start-up in any industrial setting. With its compact, wheel-mounted design, operators can easily move the unit where needed, enhancing workplace flexibility without sacrificing durability or safety.
Built to LastConstructed with corrosion-resistant stainless steel and equipped with overload protection, this flushing system is engineered for longevity and consistent performance, even in harsh industrial environments. Its low noise operation and energy efficiency make it a practical solution for ongoing maintenance needs.
FAQ's of Paint Flushing System:
Q: How does the Paint Flushing System operate during a cleaning cycle?
A: The Paint Flushing System uses a centrifugal pump controlled by a PLC-based system, regulating the flow and pressure for optimal paint removal. It cycles cleaning water or solvent through the lines, loosening and flushing out residues efficiently, usually within 5-10 minutes.
Q: What benefits does the PLC-based control system offer for industrial paint cleaning?
A: The PLC-based system provides precise control over flow rate and pressure, automates the cleaning sequence, and reduces user error. This not only improves cleaning consistency but also enhances operator safety and overall productivity.
Q: When is it ideal to use this flushing system in an industrial setting?
A: This system is ideal for routine maintenance, end-of-shift cleaning, or when changing paint types in industrial paint lines. Quick cleaning cycles ensure minimal downtime and improved equipment longevity.
Q: Where can this Paint Flushing System be installed or used?
A: Thanks to its plug-and-play design and portability, this flushing system can be set up in various industrial environments, such as automotive plants, manufacturing units, or workshops, wherever efficient paint line cleaning is required.
Q: What is the process for using and moving the system between locations?
A: Operators connect the unit to a power supply and relevant paint lines using the 1-inch inlet/outlet. The system is then activated for the desired cleaning cycle. Its wheel-mounted frame makes repositioning between workstations quick and effortless.
Q: What are the main advantages of this flushing system compared to manual cleaning methods?
A: This system minimizes manual labor, reduces cleaning time, and ensures thorough flushing by leveraging automatic controls and high-pressure delivery. It also offers enhanced safety with overload protection and promotes a quieter working environment with noise levels no higher than 75 dB.
Q: How does the system ensure durability in demanding conditions?
A: With a body made from corrosion-resistant stainless steel, integrated overload protection, and robust construction, the system is built to withstand harsh industrial environments and provide reliable, long-lasting service.