The double facer corrugated machine is an integral component in the production of corrugated cardboard, essential for packaging and shipping industries. This machinery is designed to create the central fluted core of corrugated fiberboard and to adhere it to linerboards, forming a robust structure that provides protection and durability to packaged goods.
Various types of double facer machines exist to meet diverse production needs. These range from single facers for small-scale operations to advanced double facers capable of handling high-volume, continuous production. Configurations differ in terms of speed, width capacity, and the heating system employed, which can be steam, gas, or electric.
A double facer corrugated machine typically features a series of heated plates and pressure rolls that ensure the bonding of the fluted medium to the linerboards. The technical specifications include the machine's dimensions, speed, heat source, weight capacity, and control systems. Advanced models may offer features like automatic temperature control, modular design for easy maintenance, and energy-efficient components.
The construction of a double facer corrugated machine involves heavy-duty materials capable of withstanding high temperatures and pressures. The choice of materials, such as steel alloys for the structure and rolls, is crucial for the machine's longevity and performance. The fluted rolls are often made from hardened materials to resist wear and maintain precise corrugation.
The primary application of double facer machines is in the packaging industry, where they are used to produce corrugated sheets for boxes and containers. The advantages of using such machinery include increased production efficiency, consistent product quality, and the ability to produce various flute sizes for different packaging requirements.
Selecting the appropriate double facer corrugated machine involves considering factors such as production volume, desired flute profiles, and available space. Prospective buyers should assess the machine's compatibility with existing production lines and the potential for future scalability.