Extrusion
In extrusion, temperature defines the stability of the process. Polymer viscosity, internal pressure, melt homogeneity and final product quality depend directly on precise and dynamic thermal control.
Thermal stability in processes continuous
Our desuperheaters are designed to work in continuous production, where thermal variation is not acceptable and energy efficiency is a competitive factor.
Heads court submerged
In underwater pelletizing systems, the head operates under extreme conditions. A minimal thermal deviation can cause premature solidification, accumulations in the matrix or instability in the size of the pellet.
A high-precision thermoregulation system guarantees a homogeneous temperature distribution on the matrix plate, even in high-performance productions or with loaded technical materials.
Reduction of porosity and sinkholes
Uniform thermal stability in the matrix
Elimination of cold spots
Quick response to polymer changes
Reduction of stops for cleaning
Spindles and shirts extruder
The thermal balance in the screw-jacket assembly determines the plasticization quality. An unstable regulation generates thermal degradation, pressure variations and premature equipment wear.
Our systems allow independent control by zones, ensuring efficient thermal transfer.
Reduction of porosity and sinkholes
Homogeneous lamination
Reduction of thermal degradation
Energy optimization
Independent control by specific zones