Equipment for Waste & Metal Treatment Separation Systems

SEPARATION SYSTEMS

Aeraulic separators | ITR AIR

The ITR Recycling System AIR Series Aeraulic Separators are designed to separate and recover light and heavy fractions from pre-shredded or screened waste, including mixed plastics, municipal solid waste (MSW), bulky waste, and mixed metals. Light fractions, such as lightweight plastics, nylon films, paper, wires, and sponges, are separated from heavy fractions like stones, glass, metals, and heavy plastics.

These separators can be integrated into existing plants between primary shredders and secondary grinders, reducing maintenance costs, minimizing machine downtime, resolving separation challenges for metals of varying densities, and improving the recovery and economic value of materials such as aluminum and heavy plastics.

Eddy Current Separators| ITR ECS

ITR Recycling System’s Eddy Current Separator (ECS) offers an efficient method for separating non-ferrous metals from inert materials by utilizing a high-speed rotating magnetic field.
This field induces electric currents within the non-ferrous metals, causing them to be repelled and cleanly diverted from other materials.
To achieve precise metering and maintain a consistent flow, the ECS system is fed by a vibrating screen, which enhances both throughput and separation accuracy. The entire process is managed through an independent electrical panel, ensuring streamlined control and reliable performance.
This integrated approach maximizes metal recovery while minimizing contamination, making it ideal for a broad range of recycling and waste management applications.

Air separation systems | ITR SZZ

ITR Recycling System’s SZZ air separator is specifically designed to separate lightweight materials—such as plastic, nylon, and rubber—from heavier fractions, including metals and heavy-duty plastics, using an innovative zig-zag airflow system developed in-house by ITR Recycling Systems. This cutting-edge design ensures precise separation and enhanced process control, maximizing both product purity and operational efficiency.

Available in a range of capacities to suit different production needs, the SZZ air separator can function as a standalone unit or be seamlessly integrated into existing processing lines. It is particularly effective for separating ferrous and non-ferrous metals from municipal solid waste (MSW). An independent electrical panel allows for streamlined control and monitoring, ensuring consistent performance and easy operation in various recycling and waste management scenarios.

Ballistic separators | ITR BSP

ITR Recycling Systems Ballistic Separators are advanced waste processing systems designed to sort materials based on density, shape, and elasticity, serving as a critical pre-processing step in waste management.
These separators use oscillating blades to classify waste into three categories: lightweight 2D materials such as paper, films, and textiles; 3D materials like bottles, cans, and other rigid or rolling items; and heavy materials, including metal fragments, stones, and glass, which pass through the grilles of the separator.
This precise separation enhances efficiency in subsequent waste recovery and processing operations.

Air Separators | ITR AS

ITR Recycling Systems – Air Separators are purpose-built for separating lightweight materials from heavier fractions through a combination of air blowing and extraction. This highly adaptable technology is suitable for diverse recycling and waste management applications, including municipal solid waste (MSW) and construction and demolition (C&D) debris.

Operating on the principle of controlled airflow, these separators lift and direct lighter components—such as plastics and paper—away from heavier materials like metals and glass. Adjustable deflectors and airspeed controls allow operators to fine-tune the process for optimal performance across various material types and densities. By efficiently separating and reducing contamination, these Air Separators enhance downstream processes, improve resource recovery rates, and can be seamlessly integrated into existing sorting lines or used as standalone units.

Magnetic Separation Systems | ITR SPA

Alternating poles magnetic separation systems, designed by ITR Recycling Systems use a magnetic drum with alternating poles to generate a dynamic magnetic field for the efficient separation of ferrous materials from non-ferrous and inert components.
The alternating poles ensure effective separation by continuously shifting the magnetic attraction, allowing even small or irregularly shaped ferrous particles to be processed. These systems are powered by a vibrating step table, which meters material flow with precision, optimising separation performance. Managed by an independent electrical panel, they are ideal for refining processes, such as cleaning copper wire from electric motors, removing rubber and textile residues from harmonic (high-tensile) steel in ELT recycling, and separating ferrous and non-ferrous metal shavings, delivering consistent and high-quality results.
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