Performance heater

Item specifics

Materials: Titanium alloy, stainless steel, high-temperature

Applicable media: Antifreeze, flue gas, fuel oil, etc.

Review

Description

Product Introduction

A key component in aircraft hydraulic systems that enables heat transfer as high-pressure liquids flow through pipes. The hydraulic oil enters the heat exchanger through the inlet pipe and is divided into two or three streams for heat exchange with other media to reduce the temperature of the hydraulic oil and ensure the stable operation of the system. The heat exchanger has the characteristics of small size, light weight and high heat transfer efficiency, which can effectively improve the performance and reliability of aircraft hydraulic system and ensure flight safety.

Features

1. high-performance material: made of titanium alloy, with light weight, corrosion resistance, high strength characteristics, to meet the engine high temperature, high pressure and corrosive environment requirements.

2. high efficiency: high heat transfer coefficient, effectively reduce the temperature of compressed air, improve the efficiency and reliability of the engine.

3. high compactness: high compactness: small size, light weight, reduce the load.

4. Customizable: Customize products according to specific working conditions.

5. the applicable medium is wide: antifreeze, smoke, burning oil, etc.

Working principle

By increasing the temperature of the incoming air, combustion efficiency is increased when the air is mixed with the fuel in the combustion chamber, resulting in more efficient energy conversion.

Related industries

Ship Engine

It can be used in the powertrain system of the ship to cope with the challenges of low temperature and high humidity in the harsh environment at sea to ensure the reliability and stability of the power system.

Aerospace

It is used in the powertrain system of aircraft, rockets and other aerospace spacecraft to ensure reliable operation under extreme conditions such as high altitude and low temperature.