High-Efficiency Low-Noise Aspirator XKFX Series from China Suppliers and Factory for Seed Dehulling and Air Separation
Product Advantage I
Inside, steel pipes are arranged in a staggered pattern to enhance de-hulling efficiency. The recirculating airflow effectively removes impurities, with soybeans or other materials entering the aspirator through a rotary valve. Under the impact of the feeding pipe (discharge rod), the main product is separated as airflow passes through oil-containing seeds and their loose hulls. The cyclone separator and fan generate circulating airflow that separates hulls and dust from the air.
Product Advantage II
The amount of environmental air added into the aspirator’s circulating airflow is adjustable, often heated, to optimize the de-hulling process and regulate soybean moisture content. Impact rods made of seamless steel pipes are arranged in a staggered layout to break up adhesion between soybeans and hulls, improving separation and overall efficiency. Inspection ports at the bottom allow for convenient sampling and monitoring of the de-hulling effect in real-time.
Product Advantage III
The aspirator is equipped with high-quality SKF bearings and an SEW gearmotor, ensuring reliable, smooth, and trouble-free operation even under continuous industrial workloads. These components are renowned for their durability and performance, minimizing maintenance needs and downtime. This combination of advanced mechanical components and optimized airflow design makes the aspirator a highly effective and dependable solution for seed de-hulling and material cleaning in soybean processing plants, significantly contributing to improved product quality, operational stability, and overall processing efficiency. Its robust construction and user-friendly maintenance features further enhance its appeal as a critical piece of equipment in modern oilseed processing facilities.
Performance Features
Enclosed feeding with weighted discharge;
Recirculating airflow efficiently removes material impurities;
Internal steel pipes arranged in a staggered pattern for effective dehulling;
Branded bearings and gearmotor ensure reliable, trouble-free operation.
Product Parameters
| MODEL | LXWXH DIMENSION (MM) | POWER (KW) | CAPACITY (T/D) |
|---|---|---|---|
| XKFX214X71 | 2440X2293X4200 | 2.2 | 2000 |
| XKFX214X58 | 2440x2163X4200 | 1.5 | 1500 |
| XKFX184X58 | 2114X2163X4200 | 1.5 | 1000 |
| XKFX93X39 | 1205X1756X3328 | 0.75 | 600 |
Frequently Asked Questions
How does the recirculating airflow improve efficiency?
The recirculating airflow design utilizes a closed-loop system with a cyclone separator and fan to continuously separate hulls and dust from the air, minimizing environmental emissions while maximizing cleaning performance.
What is the purpose of the staggered steel pipes?
The steel pipes (impact rods) are arranged in a staggered pattern inside the chamber to break up the adhesion between soybeans and their hulls, greatly increasing the de-hulling separation efficiency.
Can the moisture content of the soybeans be regulated?
Yes. By adjusting the amount of ambient air (which is often heated) introduced into the circulating airflow, you can optimize the de-hulling process and effectively manage soybean moisture levels.
What brands of mechanical components are used?
To ensure long-term durability and trouble-free operation under heavy industrial workloads, the equipment is standardly configured with premium SKF bearings and reliable SEW gearmotors.
How is the de-hulling process monitored in real-time?
The machine features inspection ports located at the bottom of the unit, allowing operators to easily take samples and inspect the de-hulling quality during continuous operation.