Product Description
Compression molding process, is the current advanced manufacturing processof FRP fan stacks, it uses impregnated film material as raw material, the product pressedby hydraulic press for power, first of all, a certain amount of molding material placedin the metal mold, and then in 150-170'c temperature and 1500-4000 tons of pressuremolding, the product size is accurate, the surface is smooth, and the product size isaccurate. lt can be formed once, the production efficiency is high, and the productquality is stable, suitable for mass production of various FRP products.
| No. | Model | H mm | H1 mm | H2 mm | Φ mm | Φ1 mm | Φ2 mm | Φ3 mm | PCS of fan stack | Screws type | Screws qty |
| 1 | ABF-38A | 1500 | 820 | 490 | 3830 | 4160 | 4300 | 4086 | 18 | M12*30 | 180Set |
| 2 | ABF-40A | 1500 | 820 | 490 | 4040 | 4390 | 4540 | 4313 | 19 | M12*30 | 190Set |
| 3 | ABF-42A | 1500 | 820 | 490 | 4260 | 4620 | 4780 | 4540 | 20 | M12*30 | 200Set |
| 4 | ABF-47A | 1500 | 820 | 490 | 4780 | 5120 | 5270 | 5105 | 22 | M12*30 | 220Set |
| 5 | ABF-50A | 1500 | 820 | 490 | 5080 | 5440 | 5590 | 5350 | 24 | M12*30 | 240Set |
| 6 | ABF-55A | 1500 | 820 | 490 | 5570 | 5920 | 6070 | 5840 | 26 | M12*30 | 260Set |
| 7 | ABF-60A | 1500 | 820 | 490 | 6065 | 6400 | 6550 | 6320 | 28 | M12*30 | 280Set |
Note: 1.Revers thickness is 8mm
2.Inner thickness is 6mm
3.Outer thickness is7mm
4.Overall plane ythickness is 3mm
Fiberglass materials possess excellent corrosion resistance, capable of withstanding the erosion of common acids, alkalis, and salts encountered during the operation of cooling towers, thereby extending the service life of the fan stacks.
Fiberglass Water System Cooling Stack are manufactured using high-strength epoxy fiberglass molding processes, which provide high mechanical strength and the ability to withstand significant wind pressure and airflow impact.
The density of fiberglass materials is relatively low, making the fan stacks lightweight and easy to install and maintain.
Fiberglass fan stacks are typically designed with streamlined shapes to effectively reduce air resistance, increase airflow and pressure, and enhance the cooling efficiency of the cooling tower.
The surface of fiberglass fan stacks is often treated with special coatings, such as UV-resistant layers, to extend their service life and color stability under strong sunlight.
The FRP Water System Cooling Stack design for counterflow cooling towers typically requires higher strength and better aerodynamic performance to accommodate higher wind pressure and complex airflow organization.
The FRP Water System Cooling Stack design for crossflow cooling towers is relatively simpler but must consider the horizontal airflow characteristics to ensure effective airflow guidance.
The diameter and height of the FRP Water System Cooling Stack should be matched with the overall design of the cooling tower to ensure smooth airflow and prevent airflow short-circuiting.
The airflow and pressure of the FRP Water System Cooling Stack are critical factors affecting the cooling efficiency of the cooling tower. The fan stacks should be selected based on the design parameters and actual operating conditions of the cooling tower to provide sufficient airflow and pressure.
The air-to-water ratio is an important parameter for cooling tower operation, determining the heat exchange efficiency between cold air and hot water. When selecting FRP Water System Cooling Stack, their impact on the air-to-water ratio should be considered to ensure optimal operation of the cooling tower.
If the cooling tower operates in a high-temperature and high-humidity environment, the FRP Water System Cooling Stack need to have better corrosion resistance and aging resistance.
FRP Water System Cooling Stack manufactured using this process feature high strength and precision, ensuring the performance and quality of the fan stacks.
Hollow-structured FRP Water System Cooling Stack offer the advantages of being lightweight and strong, but precautions should be taken to prevent internal water seepage and freezing that could damage the fan stacks.
The surface of the FRP Water System Cooling Stack is often specially treated, such as with UV-resistant coatings, to extend their service life and color stability under strong sunlight.
The hyperbolic FRP Water System Cooling Stack design can effectively reduce air resistance, improve airflow uniformity, and reduce stress on the fan stacks. The geometric parameters of the hyperbolic fan stacks (such as the throat diameter, the ratio of the distance from the throat to the top of the tower to the total height of the tower, etc.) need to be optimized based on specific operating conditions.
In some applications, extended Tower Fan Stack can bring the outlet to a position higher than the existing motor outside the fan stacks, enhancing UV stability. This is suitable for situations where the exhaust gases need to be directed outside of enclosed spaces.
Selecting FRP Water System Cooling Stack that are easy to install can reduce installation time and costs. For example, some fan stacks are designed with special installation structures that allow for quick and secure attachment to the cooling tower.
Although fiberglass FRP Water System Cooling Stack require relatively simple maintenance, regular inspection and upkeep are still necessary. Choosing FRP Water System Cooling Stack that are easy to maintain can reduce maintenance costs.
This product is a standardized product with high production efficiency,facilitating fast, large-scale production,and automated production.
The products produced by the molding process have high dimensional accuracy, no need to cut the edges,no deformation, and very convenient installation.
The interal and external surfaces of the product are smooth and contain anti UV agents, which have strong weather resistance and do not require secondary modification.
The product has a reasonable structural design, high vibration resistance, andeffectively avoids vibration.
The product is high-temperature pressed,therefore the product has high density,standardized molding, and no defects.
The FRP Water System Cooling Stack application range is: Industrial water cooling,Air compressor, Aluminum profile processing, Steam turbine, Power generation, Tannery, Electric furnace, Freezing Series, Air conditioning cooling system
Wooden,cartons,custom package.
With in 10 days.
Based on the clients' requirements, we will offer product pictures, videos, quotation,information,
engineering drawings until you satisfied with it. Warmly welcome to visit our factory.
1 Providing production schedule photos to ensure you know every process.
2 Our experienced technician are available on the phone also internet, the clients can get instance
guidance by telephone,email, online service anytime, anywhere.
3 Also can arrange experienced technician to clients site for installation guidance, commissioning and training etc.
Normally, the equipment warranty is 12 months since installation. We will keep in touch with our clients
to follow up the working condition of our machines, and offer support for maintenance.
We are the manufacturer who adopts import raw materials. It is cheap price and guaranteed quality.
We can adjustment the price according to your market demand’s changes,and also can launch a series of promotional activities in a bad economic environment.
We are specialized in producing and sells as development, methods and handling. We have 16 years experience.
Answering emails and solving questions timely. Delivery and update information on time.
Trust, good quality and service are the basic of long term business.
