The Decoiler-Straightener Advantage

In the world of coil processing, the conventional approach often involves using segmented decoilers and straighteners, which depend on motors and reduction gear brakes to manage unwinding inertia. However, the innovative decoiler-straightener system offers a superior alternative, combining the benefits of a passive decoiler and an active straightener. This combination eliminates common issues associated with unwinding inertia, such as material scatter, uneven unwinding, and poor stability, enhancing overall efficiency and performance.

The Decoiler-Straightener Mechanism: An In-Depth Look

The unwinding section of a decoiler-straightener outfitted with an annular braking device comprises various components, including a frame, plain bearings, springs, bushings, a brake adjustment handwheel, brake rubber, an expanding and contracting coil drum assembly, bearings, bearing housings, locking keys, and the decoiler main shaft. The intricate arrangement of these components ensures smooth operation and enhanced control over the unwinding process.

Key Components and Assembly

  1. Bearing Housing and Decoiler Main Shaft: The bearing housing is fastened to one side of the decoiler main shaft shoulder using a locking key.
  2. Expanding and Contracting Coil Drum Assembly: Positioned on the opposite side of the shoulder, the coil drum assembly is mounted on the decoiler main shaft, adjacent to the shoulder, via bearings.
  3. Brake Adjustment Handwheel: The brake adjustment handwheel is attached to the decoiler main shaft, alongside the expanding and contracting coil drum assembly, through a bushing. The handwheel and main shaft demonstrate axial sliding motion.
  4. Conical Head and Brake Rubber: The handwheel features a conical head on the side opposite the expanding and contracting coil drum assembly. The corresponding face of the assembly presents a concave conical surface. Brake rubber is fastened to the conical surface of the handwheel, which is secured within the concave conical surface on the side of the expanding and contracting coil drum assembly.
  5. Spring and Plain Bearing: A spring and plain bearing are sequentially installed on the left side of the decoiler main shaft, which is mounted within the frame’s opening via bearings.

Optimizing Braking Force with the Decoiler-Straightener

The decoiler-straightener’s brake device handwheel allows for precise adjustments to the braking force exerted by the rubber on the main shaft. By fine-tuning this braking force, users can effectively prevent material scatter on site, ensuring a smoother, more efficient coil processing operation.

Embracing the Future of Coil Processing

The innovative decoiler-straightener system is transforming the coil processing industry by providing a more effective, streamlined solution to unwinding inertia challenges. With its unique combination of a passive decoiler and an active straightener, this advanced system delivers unparalleled performance, stability, and control, setting a new standard for coil processing operations worldwide.

decoiler-straightener
decoiler-straightener