Gamma Meccanica - Pipe Section Production Lines
From Mineral Wool System
Gamma Meccanica pipe sections production lines allows the production of finished products for special applications, using the products derived from main process lines. These lines are characterized by high efficiency and productivity, they canwork both with glass wool and rock wool. The pipe section production lines for glass wool can be installed whether in line or out of line, while the lines for rockwool are installed exclusively out of line.
- respect of dimensional and geometric tollerances
- optimal curing
- low energy consumption
- low line man power
- quick changeover
The GM Split mandrel technology for the production of glass wool and stone wool pipe sections has high efficiency and productivity. The high degree of automation reduces the functions of operators to the simple control on the line. The product can be cured in a traditional gas oven or microwave oven.
The lines are designed to produce pipe sections of various lengths: 914 (North and South America) 1000 (Europe), 1200 mm (Middle and Far East) to meet the requirements of each single market.
This technology ensures the maximum range of diameters.
In addition to pipe section production lines, Gamma Meccanica can also supply a fully automatic, online or off-line facing units for glass wool and rock wool. Both Aluminium and kraft paper are suitable.
Multi mandrel technology for the production of pipe sections
Thanks to the acquisition of MPN style pipe section technology Gamma Meccanica has extend its portfolio of pipe section production units. The main feature of this technology is the presence of the mandrel that remains inside the pipe section until the end of the process.
The Multi mandrel technology allows the production of perfectly concentric rock wool and glass wool pipe sections. It is possible to produce other shapes, such as square and rectangular pipe sections.
The grind (correction) of the pipe section with the mandrel still inside allows to control the inner / outer diameter of the pipe section and to obtain tolerances on the outer diameter less than 1 mm.
This technology guarantees a maximum precision on the finished product.