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Induction heating is widely used in the fastener industry to ensure precision, quality, and efficiency. By heating metals to controlled temperatures, the material’s malleability is maximized without causing re-crystallization, grain growth, or metallurgical fractures. This enhances quality, increases productivity, and extends machine life.

Explore how to upgrade your shrink fitting process with induction heating. Discover the benefits, essential steps, and key considerations when transitioning from traditional methods.

Shrink fitting joins two parts by heating the outer piece so it expands and fits over the inner one. As it cools, it contracts and grips tightly, creating a strong, precise fit without adhesives or fasteners. Compared to slower methods like ovens, induction heating is faster, cleaner, and ideal for modern production.

Induction heating is gaining momentum in forging for its speed, accuracy, and energy efficiency. It delivers targeted, repeatable heat for billets, bar ends, and parts. This blog explores how it helps manufacturers increase productivity and reduce costs.

Induction surface hardening provides aerospace manufacturers with a precise method to enhance durability in components such as landing gear and shafts without adding weight or causing distortion. It treats only the surface, improving wear and fatigue resistance while maintaining tight tolerances.

Discover why CEIA induction heating systems are ideal for crystal growing. With precise temperature control, stable output, and energy efficiency, they support high-quality crystal production for semiconductors, optics, solar, and research applications.