ADG Solutions products

For highly contaminated plastic reclaim requiring multi-stage processing. The Cascade system is ideally suited for contaminated plastic recycling materials such as PE, PP Nylon, PET and other engineering materials. It easily processes low bulk density materials, as well as granulated chip and other higher bulk density materials.

Mixed Plastic Waste? Problem Solved with Our PolyCycle Recycling Systems! Davis-Standard’s PolyCycle integrated-component system will take any plastic waste you can throw at it. These heavy-duty, high-output recycling machines readily accept plastic waste from multiple sources including bales, roll stock, gaylord or tote, and purgings. Our design expertise and process experience allows us to design your system from scrap to pellet.

Higher Outputs Per RPM for granulated chip, flake, and other irregular medium bulk density materials, in an oversized throat.

The CFO Continuous Melt Filtration System may look similar to other filters, but it is completely different. In fact, it’s better built and better supported than any filter of its kind and, because it’s made by ADG Solutions, you know it’s reliable. If you’ve had enough of the take-it-or-leave it, you-broke-it-you-fix-it attitude of some offshore suppliers, you’ll appreciate the fact that the CFO melt filter is made in Atlanta, GA, and backed by supplies, parts and service right here in the U.S.A.

The PES (Promeco Extrusion System) is ideal for reprocessing a wide variety of flexible and rigid plastics from post-industrial and post-consumer sources, including:

Innovative, sensible, cost-effective solutions from the global leader in recycle washing systems. Promeco America’s advanced washing and separation systems lead the way in every major world market, transforming heavily contaminated plastics waste streams into high quality, recycled granular and pelletized feed stocks.

Selecting the right feed screw design for your process. Selecting the right extrusion feed screw design for your process is critically important to optimizing melt conditions and maximizing your material properties. Plastic materials have broad variations in viscosity, melting points, volatiles, densities, moisture, sensitivity to shear, abrasive contaminants, etc. All of these variables, alone or in combination present significant barriers to maintaining homogeneity and melt consistency and output.