Product Description
Our top grade PVDF Chemical Process Pumps are extremely reliable, there powerful engines, compact size and corrosion resistant bodies attracts customers worldwide. The reliably durable service life of these chemical process pumps manages to contribute immensely to the popularity of the same in the competitive market. The offered pumps can easily completes pumping corrosive chemicals as well as substances with ease. The PVDF Chemical Process Pumps that we offer are used in application areas in need of maintenance free and corrosion proof pumping. Globally, our pumps are acclaimed for their economical prices which are set to benefit customers at all times.
Features:
- Our top class PVDF pumps are acclaimed for having zero defects
- Our chemical process pumps are extremely efficient
- Our pumps have an impact tolerant and non-corrosive body
- Our reliable pumps are acclaimed for their robustness worldwide
Specification
| Capacity | Up to 250 m3/hr |
| Head | Up to 90 mtr |
| Temperature | Max. 120 Degree C |
| Speed | Up to 3500 rpm |
| Pressure | Up to 9 kg/cm2 |
| Material of Construction | PVDF |
| Discharge Size | 25 mm to 100 mm |
Advanced Corrosion ResistanceConstructed from PVDF and coated with chemical-resistant epoxy, these process pumps are tailored for environments where aggressive chemicals are present. Their robust design safeguards against corrosion and extends pump longevity, making them ideal for continuous industrial usage in chemical plants and wastewater treatment facilities.
Flexible Design and Easy MaintenanceThe pumps feature a back pull-out design, facilitating quick dismantling and reassembly without disturbing piping. This allows for reduced downtime during maintenance or inspection. Their compatibility with both threaded and flanged connections makes installation flexible for various system requirements.
Efficient Operation and SafetyWith motor options including TEFC and flameproof configurations, insulation classes F and H, and standards adhering to ISO 2858/5199, these pumps prioritize safety and efficiency. They offer quiet operation (below 80 dB(A)), leak-proof mechanical seals, and are available with user-friendly control systems like DOL and Star-Delta starters.
FAQs of Industrial PVDF Chemical Process Pumps:
Q: How do I choose the right Industrial PVDF Chemical Process Pump for my application?
A: Selecting the appropriate pump involves considering your required flow rate, discharge head, inlet/outlet dimensions, chemical compatibility, pressure, and working temperature. The model should match the properties of your process fluid and anticipated duty cycle. Consulting with the manufacturer or supplier is advised for the best fit.
Q: What are the benefits of the back pull-out design featured in these pumps?
A: The back pull-out design enables easy maintenance by allowing you to inspect or replace components without disconnecting the pump from the piping. This minimizes downtime and labor costs, providing efficient access for servicing.
Q: Where can these pumps be used?
A: These pumps are suitable for chemical processing plants, acid transfer systems, plating and surface treatment units, and effluent treatment plants. They are commonly utilized in industrial settings across India where handling of corrosive and hazardous liquids is required.
Q: What makes PVDF material ideal for chemical process pumps?
A: PVDF (Polyvinylidene Fluoride) offers excellent resistance to a wide range of aggressive chemicals and high temperatures (up to 120C). Its non-reactive nature and durability ensure the pump remains reliable even in harsh industrial environments.
Q: How does the pump maintain leak-proof operation during use?
A: Leak-proof performance is achieved through precision mechanical seals that prevent fluid escape under pressure. The pumps structure and epoxy protective coating further enhance containment and resist external corrosive factors.
Q: What is involved in the process of installing and starting up these pumps?
A: Installation includes mounting the pump on a baseplate, connecting it to the system with threaded or flanged fittings, integrating the chosen control system (DOL or Star-Delta starter), and ensuring appropriate voltage supply. Detailed start-up procedures are provided in the manufacturers manual.