(I) The auger and cone are made of wear-resistant steel, pressed and welded, with a thickness of 20mm. This allows for a boiling-like tumbling of the feed, shortening mixing time, ensuring uniform mixing, and accelerating cutting.
(II) The blades are manufactured through forging, blanking, quenching, cutting, tempering, and sharpening processes. They are 8mm thick, made of tungsten carbide, and have an edge hardness of 70-75, making them tough and wear-resistant.
(III) The reducer, the heart of the mixer, uses a Comer brand reducer, ensuring stable performance and a low failure rate.
(IV) Electrical components in the distribution box are from top-tier brands, ensuring durability and sensitive operation.
(V) The discharge gate is equipped with an adjustable chute, allowing for automatic discharge.
(VI) The imported weighing system is sensitive and stable, with a clear display, and supports connection to feeding software.
Product Advantages:
(I) Electricity costs are lower than fuel costs; using an electric motor for power reduces energy consumption costs.
(II) No fuel consumption, reducing operating noise and exhaust emissions.
(III) Simpler structure, lower failure rate, and easier maintenance.
(IV) Enables mechanized processing of dairy cow feed, saving workers' time and reducing their labor intensity.
Performance/Parameters
Model Dimensions (mm) Motor Power(kW)
Number of Screw Conveyors
Load Cells
9JGL-6
2800×2050×2530
15
1
3
9JGL-8
3300×2300×2550
22
1
3
9JGL-10
3412×2800×2670
30
1
3
9JGL-12
3412×2800×3250
55
1
3
9JGL-16
4769×2900×3023
55
2
4
9JGL-20
5491×2800×2947
75
2
4
9JGL-25
6038×3000×2940
75
2
4
9JGL-30
6038×3000×3300
110
2
6
9JGL-36
7662×2800×3336
132
3
6
9JGL-40
8106×3000×3280
132
3
6
9JGL-48
8106×3000×3430
160
3
6
9JGL-60
11140×3000×3300
110×2
4
6
Video
Inquiry Now
Customer Reviews
Write A Review
RELATED PRODUCTS
Connecting the World, Sharing Resources and Opportunities Creating Value, Shaping the Future Together
Boasting stable installation and high mixing uniformity, it ensures consistent feed quality. Ideal for fixed feeding scenarios in pastures, it features low energy consumption, minimal failure rates and controllable maintenance costs. With stable batch mixing capacity, it enables precise ration proportioning, significantly reduces feed waste, enhances livestock feeding efficiency and growth performance, and delivers unbeatable cost-effectiveness.
Boasting stable installation and high mixing uniformity, it ensures consistent feed quality. Ideal for fixed feeding scenarios in pastures, it features low energy consumption, minimal failure rates and controllable maintenance costs. With stable batch mixing capacity, it enables precise ration proportioning, significantly reduces feed waste, enhances livestock feeding efficiency and growth performance, and delivers unbeatable cost-effectiveness.
Boasting stable installation and high mixing uniformity, it ensures consistent feed quality. Ideal for fixed feeding scenarios in pastures, it features low energy consumption, minimal failure rates and controllable maintenance costs. With stable batch mixing capacity, it enables precise ration proportioning, significantly reduces feed waste, enhances livestock feeding efficiency and growth performance, and delivers unbeatable cost-effectiveness.
Boasting stable installation and high mixing uniformity, it ensures consistent feed quality. Ideal for fixed feeding scenarios in pastures, it features low energy consumption, minimal failure rates and controllable maintenance costs. With stable batch mixing capacity, it enables precise ration proportioning, significantly reduces feed waste, enhances livestock feeding efficiency and growth performance, and delivers unbeatable cost-effectiveness.