Laminating and coating depend on rollers, plates, and contact surfaces that heat fast and stay stable. Our induction gives you the responsiveness adhesives need and the temperature precision coatings rely on. All in a green, efficient, fully electric setup.
Whether you run multi-layer film, packaging webs, foils, textiles, or composite laminates, consistent quality depends on surface temperature. Rollers must heat fast, stay stable, and recover instantly when speed changes. Coating lines in packaging, aluminium processing, steel finishing, and specialty materials face the same truth: if pre-heat drifts or drying slows, you get streaks, weak bonds, and costly rework. Our electric heating solves this with tighter adhesive activation, more uniform coating layers, and a process that supports sustainability goals.
MagComp’s unique SM2C innovation reduces loss, while supporting fast heat-up and stable temperature behaviour. Modular heater design allows electric units to replace gas, IR, or thermal-oil systems and makes integration possible without major equipment changes. Engineered through electromagnetic and thermal simulations, you get even heat distribution across the bonding or coating zone – improving layer quality, reducing waste, and strengthening long-term production stability.
Laminating and coating rely on rollers and plates that reach the correct temperature exactly when the substrate arrives. If heat drifts, adhesives activate unevenly and coatings settle irregularly, creating weak bonds and visible defects. Induction delivers fast, consistent surface heating that keeps bonding strength and coating quality predictable across continuous lines.
Gas and thermal-oil systems react slowly, causing delayed activation or overshoot. Induction heats the surface directly through a controlled magnetic circuit, not the surrounding environment. MagComp’s proprietary magnetic material minimises losses and reaches temperature quickly, giving adhesives the precise thermal profile they need to bond cleanly at speed.
Yes. Coating flow responds instantly to temperature variation, so speed changes require a heating method that reacts just as fast. Soft-switching power control stabilises output, while our mouldable magnetic composite shapes the field with high accuracy. This holds temperature uniformity even as the substrate accelerates or decelerates, supporting consistent layer formation.
Defects often arise from uneven substrate temperature or hot spots on rollers and plates. Induction focuses energy exactly at the contact zone, avoiding thermal gradients that distort coating behaviour. Controlled flux distribution and high efficiency maintain even heating across the width, reducing streaks, lift, and bonding inconsistencies.
Yes. Induction provides clean, electric heat with high power density and fast response. MagComp’s modular heater design enables integration without major equipment changes, allowing electric units to take over pre-heat, bonding or coating-zone heating. This supports lower emissions, reduced cooling needs and a more energy-efficient production setup.
Each system is engineered through electromagnetic and thermal simulation using your roller geometry, substrate behaviour and adhesive or coating requirements. Coil design and our composite magnetic technology are adapted to guide the field evenly across the surface. This creates consistent heat distribution that strengthens layer uniformity and long-term process stability.
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