Since 1982, Reliability in Every Batch
We respect your privacy and will only use your details to respond to your inquiry—let us know how you'd like to hear from us.
The cooling stage in PVC dry blending is where more production problems originate than most process engineers initially expect. High-intensity mixing gets the technical attention because it’s where dispersion happens, where friction temperature is managed, and where the visible mixing...
Read More
The cooling stage in PVC dry blending is where more production problems originate than most process engineers initially expect. High-intensity...
Read More →
If you’ve ever watched a batch of carefully formulated powder leave a mixer with its particle size distribution intact, its...
Read More →
Most plastic processing quality problems don’t start at the extruder. They start in the mixing room, where material decisions are...
Read More →
Poor mixing in PVC processing leads to predictable problems. Gelation levels drift. Extrusion lines choke. Pipe walls vary in thickness....
Read More →
Some powders resist processing. Metal powders for additive manufacturing oxidize the moment you expose them to air. Ceramic particles fracture...
Read More → Electrode slurry quality directly determines battery cell performance. Agglomerates that survive mixing become defects in the final battery. A particle...
Read More → PVC Cooling Mixer Solutions for Controlled Discharge and... 
Container Mixers for High-Performance Blending of Ceramics, Powders,... High-Intensity Mixers and Customized Mixing Solutions for Consistent... Best Plastic Compounding Solutions for PVC Manufacturers Powder Coating Solutions for Metal, Ceramic & Glass... 
