Overview of how Avient serves wire & cable customers, highlighting both power and data cables technologies

The increased demand for data capacity and low latency, plus the growing volume of connected devices requires more base stations and higher frequencies.  

Sensing data acquired by radars, LiDAR and cameras are combined with GPS, V2X and 5G to create very detailed real-time maps so that cars can perform micro path planning, select lanes and avoid obstacles.

Key properties, rheology and property retention and performance data for reSound™ TPEs derived from plant-based sugar for overmolding onto PP and ABS

Compliant to the NEK 606 specification, they can be used for OFC, power and data cables in shipbuilding, and offshore applications.

A saturated blue, glowing red and transparent chartreuse are suggestive of high-speed data streams, while foggy grey adds a note of stealth. 

Wearable devices such as smartwatches and rings are revolutionizing how patients and healthcare professionals track and access medical data.

This technology works well in aerospace applications, including optical fiber or data transmission cables.

Additionally, ECCOH™ low smoke and fume non-halogen materials are well suited for fiber optics and communication cables; and Fiber-Line™ Swellcoat™ water blocking yarns enable cable designers to reduce cable footprint with higher fiber count cables for increased data transmission capabilities.

Graphene is a flat, single layer of carbon atoms in sheet form that is significantly stronger than steel.3 It has a high surface area-to-volume ratio, high tensile strength (how much it can stretch before it breaks), and high electron mobility (the speed at which its electrons move when voltage is applied).4 Graphene is not a new material, but it recently became commercially available and is now being used as a polymer additive. Boyson, et al., “Graphene: Sheets of Carbon-based Nanoparticles,” http://www.dummies.com/education/science/nanotechnology/graphene-sheets-of-carbon-based-nanoparticles/ 5E. Compounds at the high end of the resistivity scale shield against electromagnetic interference (EMI) or radio-frequency interference (RFI).1 Faster data transmission and broader electromagnetic frequencies are driving the need for better EMI/RFI protection for electronic devices.2