If you are looking for a high-performance APV N35 heat exchanger, we currently have two brand-new genuine units available in stock for immediate supply. Designed for efficient thermal transfer and long-term operational reliability, the APV N35 heat exchanger is widely trusted in industrial processing, marine systems, utilities, and temperature-controlled applications where performance and durability are essential.

Built to deliver consistent heat transfer efficiency under controlled pressure and temperature conditions, the heat exchanger provides a dependable solution for professional environments that require stable thermal management and easy system integration.

Product Overview

These new genuine units are engineered to meet demanding industrial requirements. With a large heat transfer surface area and robust construction, the APV N35 heat exchanger ensures efficient performance, reduced energy loss, and reliable temperature control across continuous operations.

All flange connections (H1, H2, H3, and H4) share identical dimensions, allowing seamless installation and compatibility with existing piping systems. This makes the heat exchanger ideal for replacement, upgrade, or new installation projects.

Available Units

Heat Exchanger No. 1

• Type: N35

• Serial No.: 65560

• Year: 2005

• Condition: New Genuine

• Quantity: 1 PC

Heat Exchanger No. 2

• Type: N35

• Serial No.: 65561

• Condition: New Genuine

• Quantity: 1 PC

• Flange Dimensions: H1, H2, H3 & H4 identical

Both units are ready for dispatch and suitable for customers seeking a reliable APV N35 heat exchanger with verified specifications.

Technical Specifications

• Nominal Capacity: 326,398 Kcal

• Heat Transfer Surface Area: 48 m²

• Working Pressure: 6.0 Bar

• Balanced Test Pressure: 9.0 Bar

• Differential Test Pressure: 9.0 Bar

• Maximum Working Temperature: 95°C

These performance parameters ensure that every APV N35 heat exchanger delivers efficient heat transfer while maintaining safe and stable operation.

Key Performance Advantages

1. High Heat Transfer Efficiency

The optimized 48 m² heat transfer surface allows the APV N35 heat exchanger to deliver consistent thermal performance across demanding industrial processes.

2. Reliable Pressure Capability

Engineered for safe operation up to 6.0 bar working pressure and tested up to 9.0 bar, the APV N35 heat exchanger provides dependable performance in controlled environments.

3. Easy Installation

Uniform flange sizing simplifies piping alignment and installation, reducing downtime when integrating the heat exchanger into existing systems.

4. Durable Industrial Construction

Built for long service life, the heat exchanger offers reliable operation with minimal maintenance requirements.

Typical Applications

The APV N35 heat exchanger is suitable for a wide range of industrial uses, including:

• Marine engine cooling systems

• Industrial process heating and cooling

• Food and beverage processing plants

• Chemical processing systems

• HVAC and utility heat recovery

• Power and energy support operations

Its versatility makes the APV N35 heat exchanger an excellent choice for industries requiring efficient and stable heat transfer performance.

Why Choose This APV N35 Heat Exchanger?

• Immediate availability from stock

• New genuine industrial equipment

• Proven thermal efficiency

• Strong pressure and temperature performance

• Standardized flange configuration for easy installation

• Suitable for multiple industrial applications

For businesses seeking a dependable and efficient thermal solution, the APV N35 heat exchanger provides proven reliability and consistent operational performance.

Availability & Enquiry

Both units are available for immediate sale and ready for shipment. Contact us today for pricing, technical details, or shipping arrangements for the APV N35 heat exchanger.

Other Components You Should Also Look For :-

1. Alfa Laval M10-RFM :- [TAP HERE TO VIEW]
2. Alfa Laval M10-BFM :- [TAP HERE TO VIEW]

Follow Us On Our Socials For Regular Updates :-

1. Youtube:- [TAP HERE TO VIEW]
2. Linkedin:- [TAP HERE TO VIEW]