Invista to Expand Nylon 66 Capacity
The company is making a significant investment in its South Carolina facility to transform it from carpet fiber to nylon 66 polymer focused production.
INV Polymers Nylon Americas, the polymers ´óÏó´«Ã½ of Invista, will undertake a significant investment in its U.S. facility in Camden, S.C., aimed at meeting increasing demand for nylon 66 spurred by such trends as eMobility and the Internet of things that can support electrification and increased complexity. This includes engineered plastics designed for modern connectors and sensors with ever-increasing performance and connectivity.
Essentially, the investment will transform the facility’s production process and logistics capability—which was previously designed to support carpet fiber production—into a polymer-focused plant that can provide increased supply capacity for nylon 66 resin to the merchant market. Construction will begin later this year and is expected to be completed in 2024.
Said Pete Brown, v.p., of Invista Nylon Polymers, “Invista is known for its high-quality nylon 66 polymer, supported by its world-class, upstream chemical intermediates technologies. We are excited to continue expanding the application potential for our materials through this investment in South Carolina.” Invista also produces nylon 66 in Canada, The Netherlands, and China.
Related Content
-
Prices Up for PE, ABS, PC, Nylons 6 and 66; Down for PP, PET and Flat for PS and PVC
Second quarter started with price hikes in PE and the four volume engineering resins, but relatively stable pricing was largely expected by the quarter’s end.
-
Polymer Science for Those Who Work With Plastics: Molecular Weight — What It Is and Why It Matters
Molecular weight might seem like an abstract concept, but it plays a crucial role in determining the behavior of plastics during processing and in their final applications.
-
Polymer Science for Those Who Work With Plastic — Part 1: The Repeat Unit
What are the basic building blocks of plastics and how do they affect the processing of that material and its potential applications in the real world? Meet the repeat unit.