Efficient material separation
Construction and demolition waste often contains both valuable recyclables and disposable elements. TANA shredders excel in separating recyclable materials such as ferrous metals. This separation is aided by the integrated overband magnet, which pulls out metals during the shredding process, eliminating the need for additional handling. If further separation is required, TANA Disc screen will gladly step up to help.
In addition, the high cutting efficiency ensures that even mixed materials are reduced to a uniform size, making it easier to sort and recover materials for recycling, such as wood chips for bioenergy, metals for smelting, and aggregates for construction reuse. This streamlined separation increases the overall recovery rate, ensuring that fewer materials end up in landfills.
Smart waste handling with TANA Control System
One of the standout features of the TANA Control System (TCS) is its ability to automatically handle tough and uncrushable items. C&D waste often contains non-crushable objects, like metal bars or chunks of concrete. When such items enter the shredder, the TCS detects a pressure spike, triggering the system to reverse the rotor to prevent damage.
This built-in intelligence ensures not only the longevity of the machine but also prevents costly downtime. Additionally, the side-door access allows operators to safely and efficiently remove any large, unprocessed objects without halting the operation for long periods.
Maximize efficiency with single-pass, versatile shredding
TANA Shark combines pre-shredding, secondary shredding, and screening into a single process, allowing operators to achieve precise particle sizes (50 to 500 mm) in just one pass, saving time and energy. Features like the half-cutting effect, adjustable counter-knives, and an overband magnet ensure a uniform, contaminant-free product, suitable for solid recovered fuel (SRF) or reuse in construction.
The shredder’s versatility—adjustable rotors, screens, and knives—boosts performance and reduces wear, while its modular design simplifies maintenance, minimizing downtime and maximizing efficiency.