Tube and Wire Annealing Furnace

The Tube and Wire Annealing Furnace is a core heat treatment equipment engineered exclusively for metal tubes and wires, leveraging precise temperature control and uniform heating to enhance material mechanical properties and processability-making it a game-changer for metal processing enterprises. What sets this product apart is its full fiber furnace lining design, boasting an impressive heating rate of 15℃/min and over 30% energy savings compared to traditional equipment, while maintaining a temperature difference of ±3℃ in the effective heating zone-fully complying with GB/T 15393-2008 standards. Whether you're annealing stainless steel wires, alloy tubes, or bearing steel, this Tube and Wire Annealing Furnace delivers consistent, high-quality results.

Equipped with an intelligent PID temperature control system, the product offers precise regulation across a wide temperature range (300-1200℃), paired with an infrared temperature measurement module for real-time workpiece temperature monitoring-ensuring stable and controllable annealing processes. A custom φ800×3000mm model for an automotive parts enterprise successfully batch-annealed φ5-20mm alloy steel tubes, reducing material hardness from HB280 to HB120, increasing elongation to 25%, and achieving a single-batch capacity of 500kg-boosting production efficiency by 40% compared to the client's previous equipment. This product excels in stress relief annealing, recrystallization annealing, and spheroidizing annealing, catering to industries like automotive, aerospace, and mechanical manufacturing.

Designed for reliability and productivity, the product combines energy efficiency, precision, and scalability-helping businesses elevate product quality and gain a competitive edge. Available in standard configurations and custom designs tailored to specific workpiece sizes and production needs, this product is the ultimate solution for metal tube and wire heat treatment. Invest in this Tube and Wire Annealing Furnace to unlock consistent performance, cost savings, and enhanced material properties that drive your production forward.