Collection: Plastics Industries
Polymer manufacturing requires a wide range of filters for processing, finishing, and recycling. We supply polymer filters and plastic extruder screens for the specific requirements of the user’s processes. These filters are used in the polyester, acrylic fiber, Polypropylene (PP), plastic masterbatches and plastic granules industries.
Plastic Recycling/Reclamation Industries
The business of collecting and processing post-consumer plastics continues to grow, handling increased amounts of plastics and targeting a greater variety for recycling. Companies that make virgin plastics are increasingly involved in plastics recycling. New methods for efficiently sorting used plastics’ colour or type have been introduced. New applications for recycled plastics (and blends, including recycled plastics) are being developed. Mixed waste plastics are now processed into new polymer products and converted into chemicals and fuels, which is more desirable than merely burning them for energy recovery.
We produce plastic extruder screens and other polymer filters in Asia.We offer standard and custom products that are designed to meet the demanding requirements of the industry. We also maintain a full range of tooling to produce screens and filters for all makes and models of screen changers.
Plastic Extruder Screens & Polymer Filters Product Options
Our screens are designed to fit a wide range of screen changers and belt-type filters. Ragnar Steel’s products include:
- Single Screen Filters
- Spot Weld Packs
- Rim Bound Packs
- Cylinders
- Cones
- Candle Elements
- Continuous Melt Screens
- Screens for Rotary Changers
- Continuous Auto Screen Belts
Our polymer filtration components are for many applications such as virgin plastic production, plastic recycling processing and numerous film applications.
Ragnar Steel specializes in high performance polymer filtration components and plastic extruder screens for many applications. We helps design and engineer filtration products that enhance throughput and reduce process cost without sacrificing quality.
