Product Introduction

Titanium Alloy Centrifugal Fan is a mechanical device that uses the principle of centrifugal force to transport gas and is used to achieve gas flow and pressure conversion.

Product Parameters

Air volume	1000 m³/h~200000 m³/h
Pressure	500 Pa~10000Pa
Power	1.5 KW~400 kW
Material	Ti 2, Ti 9, Ti 10 etc.
Application	Hot or corrosive air transportation, the Acid regeneration industry

Product Detail

product-800-839

Customization

Titanium Alloy Material Types

Supports titanium alloys such as TA1, TA2, and TC4.

Impeller Structure and Geometry

Customizable backward-inclined, forward-curved, or radial impeller configurations, with adjustable diameter, width, blade angle, and thickness.

Air Inlet and Outlet Direction

The air inlet and outlet directions can be configured from 0° to 270° depending on the installation scenario.

Mounting Structures

Horizontal, vertical, and bracket-mounted mounting configurations are available, supporting customized base designs or customized reinforcement solutions.

Drive Type and Motor Configuration

Direct drive, belt, and coupling drive options are available.

Corrosion Resistance and Sealing

Design options include multi-stage sealing, reinforced bearing housings, and anti-crystallization structures.

Branding and Packaging

Customizable OEM nameplates, logos, inkjet printing, and multi-language labels are supported.

How We Ensure Superior Quality

High-Precision Processing Equipment

The company has imported German TRUMPF laser cutting machines and five-axis CNC machining centers, specifically designed for the challenging cutting and forming of titanium alloys. Dimensional tolerances are controlled within ±0.03mm. A dynamic balancing instrument ensures the rotor meets G1 dynamic balancing standards.

Strict Material Selection and Processing

The fan is constructed from titanium alloy plates that comply with ASTM B265 and AMS 4928 standards. The titanium alloy surface undergoes a professional passivation treatment, and welding is performed using an inert gas shielded welding process. The entire unit is designed to meet AMCA 210 fan performance standards.

Advanced Testing Equipment

The company is equipped with CFD fluid dynamics simulation software, and fan performance is verified according to ISO 5801 fan performance testing standards. Laser scanners and sound level meters are used for comprehensive product testing.

Our Services – We Support You at Every Step

Pre-Sales Support

Our engineering team offers technical consulting during the design phase to help select the most suitable fan configuration for optimal system performance.

Support During Sales

We provide detailed fan drawings and performance data, and can adjust specifications or recommendations based on project requirements or customer feedback.

Responsive After-Sales Service

Our service team is committed to delivering practical solutions within two hours of receiving a support request, ensuring minimal disruption to your operations.

FAQ

Q: What industries or working conditions is it suitable for?

A: It is suitable for chemical, metallurgical, shipbuilding, flue gas treatment, offshore platform, pharmaceutical and new energy fields, especially when conveying acid-base corrosive gas, chlorine or high temperature and hot medium. It is stable and can significantly extend the life of the system.

Q: Compared with stainless steel or carbon steel fans, how is the cost performance?

A: Although the initial purchase cost is higher, titanium alloy has a longer service life, lower maintenance frequency and stronger corrosion resistance, and has higher economy and reliability in long-term use.

Q: What is the maintenance cycle? Is special maintenance required?

A: Titanium alloy has strong corrosion resistance and a long maintenance cycle. It is generally recommended to check the impeller balance, bearing lubrication and internal corrosion every 6 to 12 months. When used in extreme chemical environments, the maintenance cycle needs to be shortened appropriately according to the characteristics of the medium.