Ideal for Blown Film, Cast Film, and Injection Molding Applications, UF2 Grade Purging Compound Facilitates Faster Changeovers with Less Scrap—Leading to Significant Savings
ORLANDO, FLORIDA—When Asaclean-Sun Plastech, Inc. exhibits at NPE 2018 this year, they will introduce their UF2 Grade to The Plastics Show for the first time.Asaclean® is the world’s #1 bestselling commercial purging compound for thermoplastic injection molders and extruders. Their recently-launched UF2 Grade purging compound is ideal for blown and cast film extrusion applications, as well as injection molding. Like allAsaclean® products, UF2 Grade purging compound enables faster changeovers for reduced equipment downtime, resulting in increased productivity and greater cost savings for plastics manufacturers.
In order to increase efficiency and productivity, plastics processors need fast color and material changes, and effective removal of color and carbon contamination. UF2 grade purging compound achieves these objectives. It can be purged through a die, effectively removes gels and contamination that is not carbonized, and has excellent compatibility with PE resins.
UF2 Grade purging compound is recommended for color changes, material changes, hot runner cleaning and shutdown/sealing. The use of UF2 grade compound requires less product than competing products and results in expedited cleanup. As with many Asaclean® products, UF2 Grade Purging Compound does not work by chemical reaction, and no soak time or hold-up time is required for an effective purge. UF2 has a few unique characteristics that make it stand out for certain processors. For blown film applications, UF2 Grade purging compound also helps manufacturers “hold the bubble,” minimizing downtime to increase productivity. For blow molding application, UF2 helps hold the parison.
Recently, a customer cost-savings analysis of an extrusion polyethylene color change was performed on a machine with a 4.5” die and a barrel capacity of 50 pounds. Traditionally, the customer replaced black polyethylene with natural polyethylene for the next run. When the customer’s accustomed “next resin” purging method was replaced with Asaclean®’s UF2 Grade, the results clearly indicated a significant reduction of machine downtime due to faster changeover and less wasted material. Overall, the 65% cost reduction amounted to savings of more than $23,000 annually.
UF2 Grade has a temperature range of 170° Celsius–320° C (340° Fahrenheit–610° F) and requires a 0.0004” (0.01mm) clearance for hot runner gates and extrusion dies. UF2 grade can pass through as tight as 200-mesh extrusion screen packs when only one layer of mesh is used.
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Interested in Attending? Be Our Guest
Attendees can register for a complimentary pass to NPE2018 using Asaclean-Sun Plastech, Inc.’s unique registration link: http://www.npeguestpass.org/593218. For more information about NPE2018: www.npe.org.
About Asaclean-Sun Plastech, Inc.
Asaclean® is the worldwide leader in commercial purging compounds. Their product line features mechanical & chemical grades that are scientifically engineered for optimal performance based on your process & resins. Asaclean purges are optimized for injection molding, extrusion, film & sheet, blow-molding, & blown-film applications.Asaclean® benefits include faster changeovers/reduced downtime, effective removal of color/carbon contamination, reduced screw-pulls, lower scrap/reject rate, increased productivity and greater cost savings. Manufactured and distributed by Sun Plastech, Inc., Asaclean® products are backed by the technology and resources of parent organization, Asahi Kasei Group. Request a free sample at Asaclean.com.
Tom Hanvey is the Product Manager for Sustainability for Asahi Kasei Plastics North America. Before joining APNA, he worked as the Senior Marketing Manager for Asaclean Purging Compounds. He's worked in the plastics industry for over 8 years and focuses on recyclable resins and on the inbound marketing side, providing easy-to-digest content to processors looking for an edge on their competition.
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