The Kitech AGD Double Shaft Shredder is Your Best Solution

Kitech Machinery's double-shaft shredder is a highly efficient and durable industrial shredding machine widely used in plastics and rubber recycling, scrap metal recycling, municipal solid waste treatment, and large furniture recycling. Its core structure consists of two sets of independent parallel blades, enabling shearing, tearing, and crushing of materials. This design not only improves crushing efficiency but also effectively reduces energy consumption, making it suitable for large-scale continuous production operations.

Compared to single-shaft shredders, double-shaft shredders utilize low-speed, high-torque gear transmission, resulting in higher shredding efficiency. Because there is no screen, the crushed material can be directly discharged, making it ideal for shredding and crushing large solid waste. As a pre-treatment shredder in recycling production lines, it prepares the material for subsequent processes, meeting diverse customer production application scenarios. This factory primarily tested it on LDPE drip irrigation tape. The on-site trial video shows that the machine operates smoothly without jamming, exhibiting high production efficiency and stable, uniform output.

Key Advantages of the AGD Double-Shaft Shredder

1. Powerful Shredding Capacity: The dual-shaft shredder can process various solid wastes. Its powerful double-shaft system and diverse blade configurations allow it to handle extremely complex material structures, shredding large solid wastes into smaller fragments.

2. Reliability and Stability: The machine boasts high reliability and stability. Its double-shaft design ensures more even stress distribution during operation, reducing equipment failures caused by excessive localized stress. Furthermore, high-quality blade materials extend blade life and replacement cycles.

3. Low Noise and Eco-Friendly Design: By optimizing blade shape and movement trajectory, and employing a reasonable machine structure and sound insulation materials, machine noise is effectively reduced. Under normal circumstances, its operating noise can be controlled below 80 decibels, minimizing adverse effects on the surrounding environment and operators.

Core Components of the AGD Double-Shaft Shredder

1. High-Quality Alloy Steel Blades: The shredder blades are made of high-quality alloy steel, possessing not only ultra-high hardness and excellent wear resistance but also significantly extended service life. The unique detachable blade design facilitates replacement and after-sales maintenance. The anti-entanglement fixed blade design effectively prevents material from tangling with the blades during processing, minimizing downtime caused by blockages and ensuring continuous and stable equipment operation.

2. The robust and durable housing is constructed from thick steel plates, forming a robust and sealed processing space to prevent material splashing out during shredding. The feed inlet is typically large to accommodate large volumes of waste. Depending on the material characteristics and processing volume requirements, various feeding methods can be used, such as conveyor belt feeding, screw feeding, or direct hopper tilting. This ensures that material enters the shredding area stably and evenly, improving shredding efficiency.

3. The transmission and power system of the two-shaft shredder consists of a motor, a reduction gearbox, and a gearbox. The motor serves as the power source, providing powerful output. The reduction gearbox reduces the high speed of the motor while increasing torque, allowing the twin shafts to operate at optimal efficiency. The gearbox distributes power to the two shredding shafts and enables them to rotate in opposite directions.

4. PLC Intelligent Control System: The PLC control system enables intelligent functions such as real-time operation monitoring, automatic alarm for abnormalities, remote fault diagnosis, and production data analysis. When the motor is overloaded or materials are blocked, the system automatically switches the rotor direction, effectively mitigating the risk of material blockage.