Nitric Acid Transfer Pump

● Pump Model No – PVDFC-3

● Pump Type – Centrifugal, Horizontal, Coupled Type, Non Self Priming Pump,
● Pump Material – Casing, Impeller and Back Plate is Made of PVDF (Polyvinylidene fluoride)
● Shaft – EN8 with Ceramic Sleeve
● Max Head – Up to 23 Meter
● Max Flow – 400 Liter per Minute
● Standard Duty – 5 m3/hrs. @ 20 Meter
● Inlet & Outlet – 40mm x 40mm (Flange end Connection)
● Fluid Temperature – 100° C (Max)
● Seal Type – PTFE (Teflon) Bellow with Ceramic Vs GFT Facings, Ceramic Sleeve.
● Impeller – Semi Open Type, Diameter 130mm

Our range of PVDF Coupled Pump

PVDF Pneumatic Diaphragm Pump – PVDFDC - 3

We are Nitric Acid Transfer Pump Manufacturer & Exporter in Mumbai, India. The PVDFDC-3 is a strong-operated double Diaphragm (AODD) pump designed for effective handling of corrosive and abrasive fluids. Manufactured by Numatic Pumps, a trusted name in the industry, this pump is ideal for applications requiring chemical resistance and great performance.

Features & Benefits:

Premium PVDF Construction: Offers higher chemical and thermal resistance

Coupled Design: Easy motor removal and maintenance without disturbing piping

High Operating Temperature Range: Up to 100°C (depending on fluid and application)

Leak-Proof Mechanical Sealing: Ensures safe, expose-free acid transfer

Excellent Strength: Designed to perform in highly corrosive environments

Non-Metallic, Non-Rusting: Suitable for clean-room and pharmaceutical environments

Applications

Nitric Acid Transfer

Chemical Process Industry

Pharmaceutical & API Plants

Dyes & Pigments Manufacturing

Wastewater Treatment Facilities

Battery Manufacturing Units

Textile & Electroplating Plants

Why Choose Numatic’s PVDF Coupled Pump PVDFC-3?

Numatic Pumps is a trusted name in India’s chemical pump manufacturing segment, delivering performance-driven, corrosion-resistant pumping solutions to industries worldwide. The PVDFC-3 model is accurate-engineered for high safety and is ideal for companies that prioritize safety, strength, and cost-effectiveness in dangerous chemical handling.