Thermal Hot Oil Pumps

Name: Thermal Hot Oil Pumps
Brand: Cretech Pumps LLP
Price: 13500 INR
Availability: InStock

Price 13500 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Thermal Hot Oil Pumps Specification

Head Size
up to 102 mtr

Caliber
25 mm to 150 mm

Flow Rate
Up to 550 m3/hr

Working Temperature
up to 350 degree C

Material
WCB, SS-304, SS-316 as per Requirement

Capacity
300 m3/hr

Pump Housing
Cast steel

Seal Option
Mechanical seal available

Thermal Insulation
Optional

Shaft Construction
Heavy-duty

Bearing Type
Anti-friction

Color
Industrial blue

Cooling Method
Air cooled

Thermal Hot Oil Pumps Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Thermal Hot Oil Pumps

This is a Hot Deal you can't afford to miss! Our remarkable Thermal Hot Oil Pumps are designed for incomparable performance and heroic reliability in the toughest thermal transfer applications. Built with a robust pump housing in cast steel and heavy-duty shaft construction, these pumps ensure lasting operation even at working temperatures up to 350C. Choose from WCB, SS-304, or SS-316 materials, and benefit from anti-friction bearings, optional thermal insulation, and a mechanical seal for optimal efficiency. With a flow rate up to 550 m3/hr and head size up to 102 mtr, reserve your industrial blue, air-cooled marvel today and enjoy exclusive discounts from India's leading exporter, manufacturer, and supplier!

Thermal Hot Oil Pumps: Features & Applications

Our Thermal Hot Oil Pumps are engineered for top-tier heat transfer using hot oils, featuring robust cast steel housing and anti-friction bearings for smooth, enduring operation. Their heroic design supports flow rates up to 550 m3/hr and heads up to 102 meters. They excel in industries requiring thermal stability, such as chemical processing, oil refineries, and textile plants. These pumps offer remarkable efficiency and unparalleled reliability, making them a preferred choice in a competitive market.

Thermal Hot Oil Pumps: Payment, Supply & Export Conditions

Shipped goods are dispatched promptly with flexible payment terms designed to accommodate our diverse clientele. Our supply ability is unmatched, meeting even large export market demands with ease. We ensure safe transportation to your location, supported by efficient logistics across India and beyond. For discerning buyers, sample availability provides firsthand evaluation of product excellence before bulk orders, ensuring absolute satisfaction with every transaction.

FAQ's of Thermal Hot Oil Pumps:

Q: How do Thermal Hot Oil Pumps maintain performance at high temperatures?

A: Thermal Hot Oil Pumps are constructed with heavy-duty shafts, cast steel housing, and air-cooled technology, enabling them to operate reliably at temperatures up to 350C without compromising efficiency or durability.

Q: What are the available material options for the pump?

A: Depending on your requirements, you can choose from cast steel (WCB), SS-304, or SS-316, ensuring chemical compatibility and enhanced longevity in various thermal applications.

Q: When should optional thermal insulation be selected?

A: Optional thermal insulation is recommended when working in environments where heat retention or safety from surface temperatures is critical, or when energy conservation is a priority.

Q: Where are these pumps exported and supplied from?

A: Our Thermal Hot Oil Pumps are manufactured in India and shipped globally to various industries, making us a trusted exporter, manufacturer, and supplier.

Q: What is the process to reserve or place an order for these pumps?

A: To reserve or purchase a pump, contact our sales team with your specifications. We will guide you through the selection, payment, and shipping process, ensuring a smooth transaction from inquiry to delivery.

Q: How do these pumps benefit industrial applications?

A: These pumps deliver reliable hot oil circulation under extreme conditions, reducing system downtime and maintenance costs while ensuring consistent thermal transfer performance.

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