Hot Products
SCIKOON China XKLQ-FB Series High-Efficiency Flap Counterflow Cooler System - Reliable Supplier from Factory
Product Advantages
Product Advantage I
Featuring a robust construction, the cooler’s top cover, rotary feeder, rotary distributor, and discharge flap are all made from corrosion-resistant SS304 stainless steel, while the main frame, chamber casing, and reinforcement parts are constructed from durable carbon steel. All inlets and outlets adopt flanged connections and are supplied with matching counter flanges and gaskets to ensure secure sealing and easy installation.
Product Advantage Ⅱ
At the core of its performance is a unique rotary distributing and homogenizing system, which evenly spreads the material across the cooler’s cross-section. The rotary distributor is vertically adjustable, and a central toothed leveling rake smooths the material bed to enhance heat and mass exchange. This uniform distribution significantly improves cooling efficiency and product consistency.
Product Advantage Ⅲ
The cooler is equipped with a high-performance hydraulic system that provides smooth, flexible control over the flap-style discharge mechanism. The flap’s turning angle is adjustable, allowing fine-tuned material discharge speed and uniform flow. Limit and proximity switches—supplied by OMRON—enable precise control and position monitoring, while all discharge flap bearings are from SKF, ensuring long service life and stable performance.
Product Advantage Ⅳ
This series also integrates a proximity switch-based flap limit device for real-time feedback and control, and the optional air-assisted discharge design further enhances cooling by promoting airflow through the material bed.
Product Advantage Ⅴ
With its modular design, premium components, and precise control systems, the Cooler Series provides stable operation, high cooling efficiency, and excellent durability—making it a reliable choice for modern feed mills, grain processors, and chemical or plastic production lines.
Performance Features
-
✔
Seal-type rotary impeller feeder.
-
✔
Unique rotary distributing and homogenizing device, maximizing material coverage area for optimal cooling performance.
-
✔
High-performance hydraulic system compatible with automated control.
-
✔
Flexible hydraulic unit controls the flap discharge mechanism, ensuring smoother and more uniform discharge.
-
✔
Flap turning-angle controller allows adjustable discharge angles.
-
✔
Precise level sensors enable simple and accurate control of material layer thickness.
Product Parameters
| Model | Dimensions (MM) | Power (KW) | Capacity (T/D) |
|---|---|---|---|
| XKLQ36X36FB | 4268X4040X6500 | 3.75+2.2+1.5 | 1500 |
| XKLQ28X38FB | 3410X4180X4600 | 3.75+2.2+1.5 | 1000 |
| XKLQ28X28FB | 3410X3190X4600 | 3.75+2.2+1.5 | 800 |
| XKLQ24X24FB | 2986X2760X4350 | 3.75+2.2+1.5 | 500 |
| XKLQ19X24FB | 2720X2395X3690 | 2.2+1.5+1.5 | 400 |
| XKLQ19X19FB | 2487X2260X3530 | 2.2+1.5+1.5 | 300 |
| XKLQ14X14FB | 1702X1556X2890 | 2.2+1.5+1.5 | 150 |
Frequently Asked Questions
What materials are used in the construction of the cooler?
The critical components such as the top cover, rotary feeder, distributor, and discharge flap are made from corrosion-resistant SS304 stainless steel, while the main frame and chamber casing are made of durable carbon steel.
How does the rotary distributing system improve cooling efficiency?
It evenly spreads the material across the cooler's cross-section and uses a toothed leveling rake to smooth the material bed, maximizing heat and mass exchange for uniform cooling.
What brands of electrical and mechanical components are used?
We use premium components including OMRON limit and proximity switches for precise control and SKF bearings for the discharge flap to ensure long-term stability.
Is the material discharge speed adjustable?
Yes, the cooler features a high-performance hydraulic system with an adjustable flap turning-angle controller, allowing for fine-tuned discharge speeds and uniform flow.
Which industries are suitable for this counterflow cooler?
It is an ideal choice for modern feed mills, grain processing facilities, and production lines in the chemical and plastic industries.
How is the material layer thickness controlled?
The system is equipped with precise level sensors that allow for simple and accurate monitoring and control of the material layer thickness.