“Tire granulator” can mean different machines depending on where you are in the process. Tire recycling is usually staged: you first reduce whole tires into...
Automotive plastics can be valuable feedstock—especially PP bumper material and other durable engineering polymers—but they are rarely “clean recycling.�...
Plastic washing lines move a lot of water. If you let water quality drift, you see the impact immediately: dirt redeposits on flakes, pumps clog, friction washe...
Rigid plastic recycling continues to move toward higher consistency: tighter contamination windows, more repeatable washing performance, and better process moni...
If you’re building a recycling pelletizing line, you’ll eventually face a key decision: single-screw or twin-screw extrusion. Both are proven technologies,...
A centrifugal dryer runs fast, sees abrasive fines, and lives in a wet environment. That combination makes it one of the highest-maintenance machines in a washi...
Recycling lines rarely fail because the core machine can’t melt or cut plastic. They fail because the plant layout creates bottlenecks: poor material flow, un...
There isn’t a universal plastic recycling machine. Equipment that works well on rigid HDPE regrind can struggle with thin LDPE film, and a line sized for clea...
“Efficiency” in PET recycling is not only about running faster. It’s about producing sellable rPET flake or pellets consistently with minimal downtime and...
In a plastic washing line, the centrifugal dryer is the handoff between wet processing and final drying/pelletizing. It removes free surface water mechanically,...