Adrian JohnsonTLDR:
Entek will be showcasing its new twin-screw technology at NPE2024, along with material-handling equipment and offerings from its new Wear Parts Division. The company has added manufacturing shifts to meet demand and reduce delivery times. Key elements include:
- Entek’s Wear Parts Division extends its replacement wear parts business
- Updates on the high-output HT 162 twin-screw extruder and preview of the twin-screw HT 92
- Display of various extruder technologies, including screw layout program, vent flow-sensor technology, and VFT twin-screw machinery
- Capacity for systems from Entek Adaptive can be adjusted from 100 to over 40,000 pounds an hour
Overall, Entek aims to provide innovative solutions and improved product quality with its new extrusion technology.
New Twin-screw Extrusion Technology Previewed at NPE2024
Entek, a specialist in extrusion technology, will be unveiling its new twin-screw technology at NPE2024 in Orlando, FL. The company will also feature material-handling equipment and products from its Wear Parts Division, launched in February. This new division aims to meet the growing demand for replacement wear parts by adding manufacturing shifts to increase inventory and reduce delivery times.
Some key highlights of what will be showcased at NPE2024 include updates on the high-output HT 162 twin-screw extruder, which is set to begin shipping in early 2025. Additionally, Entek will provide a sneak preview of the twin-screw HT 92 currently in development.
Visitors to the Entek booth can expect to see a range of extruder technologies, such as the screw layout program 2.0, vent flow-sensor technology, and VFT twin-screw machinery compounding technology. The company will also display its capacity for systems from Entek Adaptive, which can be adjusted to process anywhere from 100 to over 40,000 pounds an hour.
Overall, Entek’s focus on innovative solutions and improved product quality through its new twin-screw technology reflects its commitment to advancing the field of extrusion in the plastics industry.
