FusionTM II screw. Delivers enhanced mixing while retaining benefits of the original FusionTM screw, namely higher output and lower melt temperature. Applications: injection molding, extrusion and blow molding.
MultiMeltTM injection molding screw. "Universal" screw works with almost any polymer except rigid PVC. Combines productivity benefits of barrier flights for melting with an integrated StrataBlend® II mixer for improved color and additive dispersion and temperature homogeneity.
EasyMeltTM injection molding screw. Combines the simplicity and economy of a conventional three-zone screw with the productivity and quality benefits of optimum material feeding, melting and metering.
StrataMeltTM injection molding screw. Resin-optimized single-stage geometry like the EasyMeltTM but with an integrated StrataBlend® II mixer for improved color and additive dispersion and temperature homogeneity.
FusionTM Screw. New-generation barrier screw boosts productivity, lowers melt temperature and improves color/additive dispersion in injection molding, extrusion and blow molding.
EfficientTM Extrusion Screw. Barrier screw for extrusion proven for more than 30 years in the field.
The Vrieco-Nauta conical mixer is a convective mixer with a high mixing efficiency that treats your product gently and guarantees the highest level of mixing accuracy without any product distortion.
The Vrieco-Nauta conical mixer was developed more than sixty years ago. Since then, many product innovations have followed. The reliability of the design and performance that is known the world over is exhibited in countless installations in a wide variety of applications.
Clinch studs are inserted through pre-pierced sheets into clinch dies. Initially the hole in the sheet is widened by the calibrating collar. After that, the clinch stud is precentred by means of the calibrating collar. Finally, the sheet material is forced into the annular groove and the Torx locking feature is pressed in. A very high loadcarrying capacity is achieved by means of the patented underhead geometry.
The reduction of production stages and of energy consumption results in considerable cost savings. An additional advantage is the possibility of processing several clinch studs in a single stage.
