Product Overview: F9-19/26 High Pressure Fiberglass Centrifugal Fan

characteristicThrough multiple research and development designs, the goal of corrosion resistance, energy conservation, and noise reduction has been further achieved. It has the advantages of high efficiency, low A-level, wide high-efficiency zone, compact structure, and reliable operation.
purposeWidely used in forging furnaces and high-pressure forced ventilation, it can also be used for conveying corrosive gases, conveying air, and other functions.

Mainly composed of impeller, casing, air inlet, bracket, etc;
Impeller: There are 12 blades for the 9-19 type fan and 16 blades for the 9-26 type fan. All belong to the forward curved blade type. The maximum circumferential velocity of the outer edge of the impeller diffuser does not exceed 140m/s. After the impeller is formed, it undergoes static and dynamic balance correction, so it is balanced during operation.
Shell: Made of FRP fiberglass snail shell as a whole.
Air inlet: Made into a convergent streamlined overall structure, fixed to the front cover plate group with bolts.
Transmission group: composed of main shaft, bearing box, coupling, etc. The spindle is made of high-quality steel, and the bearing box has an overall structure using rolling bearings.

Product Structure and Performance

Performance parameter table

Angle selection diagram

Experimental verification

1、 Introduction to Tianhong Commissioned Experimental Laboratory (a large domestic wind turbine inspection laboratory):

1: Our laboratory has passed the qualification review of the Energy Efficiency Labeling Management Center of China National Institute of Standardization and obtained the qualification of Energy Efficiency Testing Laboratory for Ventilation Fan Energy Efficiency Labeling. After the fan products are tested by the center, they can be directly registered online and labeled with energy efficiency labeling based on the test report, and then produced and sold.

2: Our laboratory has 198 quality inspection projects for fan products, and the parameters have passed national laboratory accreditation and metrological certification.

2、 The power performance and noise testing laboratory ensures the accuracy of the results through the following methods:

1. Strictly follow standards such as ISO 5801 (GBT 1236), ISO 13350 (GBT 19843), ISO 5802 (GBT 10178) for design, construction, and testing operations;

2. The aerodynamic performance test adopts advanced multi nozzle method, replacing the traditional pitot static pressure tube to test flow rate, further improving accuracy;

3. The laboratory extensively uses new precision testing equipment and measuring devices;

4. Laboratory equipment and measuring tools have undergone strict calibration and regular re inspection and self calibration;

5. Multiple national level laboratories in China have conducted multiple "same machine inter laboratory comparisons" and participated in the capacity verification activities of ventilation fan testing laboratories carried out by national institutions.

3、 In addition to aerodynamic performance and noise detection functions, the laboratory also has the following testing capabilities:

1. Conduct impeller overspeed test according to JB/T 6445 Industrial Ventilation Fan Impeller Overspeed Test.

2. Conduct fan vibration testing in accordance with standards such as JB/T 8689 "Vibration Testing and Limits for Ventilators".

3. Conduct thrust testing on tunnel jet fans in accordance with the ISO 13350 standard for performance testing of industrial ventilation fans and jet fans.

Ensuring the efficiency of Tianhong's product research and development, reliable quality control, and improving the accuracy and authenticity of technical data.