Waste handling and recycling depend on controlled heat at key stages. MagComp provides stable induction systems that support drying, de-bonding, and material preparation in processes built for circular production.
Planar metal surfaces play a quiet but decisive role in recycling. When these plates hold steady temperature, moisture leaves faster and materials move with less resistance. Our system brings uniform, controlled heat to those surfaces, strengthening drying performance and preparing mixed materials for the next step in the line.
Rollers define how waste travels, compresses, and separates. Their temperature influences drying speed and how bonded layers respond to pressure. This system supplies clean, adjustable heat directly to the roller surface, supporting consistent contact conditions and stable behaviour in continuous recycling flows.
Many recovery steps depend on metal cores or tools reaching the right temperature for materials to release cleanly. Localised induction heating targets those surfaces with precision, supporting efficient de-bonding and material separation. Fast thermal response keeps the line steady and fits the compact layouts common in modern recycling plants.
Moisture slows handling, adds weight, and disrupts sorting. Induction heats plates, rollers, or cores quickly and evenly, strengthening moisture removal without expanding the footprint of the line. This supports steady production and fits energy-focused waste-processing environments.
Layered or composite materials need clean release to move further down the recovery route. Induction builds controlled surface heat at the core or contact point, allowing layers to separate with precision. This supports reliable sorting and improves the flow of mixed materials in recycling operations.
Our induction technology reflects precise engineering and efficient thermal control shaped by advanced materials. With a custom workflow built for industry, we create solutions that secure long-term competitiveness.
Induction heats metal surfaces used for drying, de-bonding and material handling with precise surface control. This stabilises moisture removal, supports cleaner separation and strengthens reliability in continuous recycling flows.
Moisture slows sorting, increases transport cost and disrupts downstream steps. Induction delivers fast, even heat at plates, rollers or cores, helping moisture leave the material efficiently without enlarging the footprint of the line.
MagComp has developed an innovative technology, SM2C flux conductors, and optimised coils to build controlled heat exactly at the release point. This allows bonded layers to separate more cleanly, supporting smoother recovery and more predictable sorting of mixed materials.
Yes. The heaters fit tight spaces and deliver clean, electric heat without the need for combustion or bulky thermal systems. Fast thermal response keeps production stable, supporting reliable handling in compact and modular recycling layouts.
Induction converts most input power into heat directly at the metal surface. Low losses and minimal cooling demand support electric, low-footprint processes, helping recycling plants improve energy discipline across drying and material-preparation stages.
Yes. We always build solutions around the needs of the customer’s process. We shape the heater around your moisture profile, material mix, geometry and line behaviour. Modular blocks and adaptable coil designs then match plates, rollers or cores, ensuring stable integration and predictable performance in continuous recycling environments.
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