5QF-1300A MODEL BROKEN KERNEL SCREEN

PRODUCT DESCRIPTION

5QF-1300A Model Broken Kernel Screen: Commercial Seed & Kernel Impurity Removal & Quality Enhancement Equipment

1.Core Function: Boost Complete Kernel Rate & Product Value

As a key front-end equipment for seed and kernel processing lines, this broken kernel screen efficiently removes broken materials, small particle impurities, and light impurities generated from upstream processing. It significantly improves the complete kernel rate of final products, enhancing their commercial value—ideal for sunflower seeds, pumpkin seeds, dried fruits, and other small granular crops.

2.Advanced Technical Configuration for Precise Separation

Equipped with a double-layer overlapping trapezoidal fish-scale screen and dual vibration motors, the machine delivers consistent and adjustable vibration force. This configuration ensures precise and efficient separation under diverse processing conditions, while the trapezoidal screen design optimizes material flow, further improving screening accuracy.

3.Eco-Friendly Design & Space-Saving Structure

Integrated with a cyclone dust removal system and airtight feeder design at the dust discharge port, it effectively reduces dust pollution and maintains a clean workshop environment. The compact double-layer overlapping structure saves valuable workshop space, and the simple overall design lowers maintenance costs and ensures stable operation.

4.High-Capacity Performance & Indispensable Line Integration

Boasting a high processing capacity of 3000 kg/h and a power of 4.23 KW, it supports continuous large-scale production. As an indispensable component in seed and kernel processing lines, it seamlessly integrates into the production workflow, reducing energy consumption while improving overall processing efficiency—providing reliable quality control support for commercial processing enterprises.

PRODUCT FEATURES

1. High production

2. Long service life

3. Simple constriction

4. Occupied small area

5. Higher selecting effect

6. Low unit energy consumption