GridCore Composite Utility Poles Learn more about GridCore Composite Utility Poles including technical specifications and performance data.

GridCore Composite Utility Poles Learn more about GridCore Composite Utility Poles including technical specifications and performance data.

• Custom sizes, profiles, tooling design and prototyping available for specific applications USES AND APPLICATIONS Transportation - Automotive chassis, automotive body panels, marine stringer systems, floor strengthening and stability reinforcement Consumer - Watersports paddles, sporting goods sticks, tent poles, fishing rods, archery bow limbs and arrow shafts, bicycle frames, sail battens Infrastructure & Construction - Bridge support and retrofitting repair, support beams, concrete reinforcement Healthcare - Orthopedic external fixators Energy - Wind turbine blades and stiffeners PRODUCT BULLETIN Property CFRP Barstock, Laminates & Pultruded Profiles Resin Epoxy, Vinyl ester Tensile Strength 400–500 ksi 2758–3447 MPa Flexural Strength 130–350 ksi 896–2413 MPa Flexural Modulus 18–22 msi 124–152 GPa Glass Transition Temperature 149–320 °F 65–160 °C Density 0.056–0.060 lb/in3 1.54–1.65 g/cm3 TECHNICAL PROPERTIES (Typical Values) 1.844.4AVIENT www.avient.com Copyright © 2021, Avient Corporation.

Glasforms™ pultrusion technologies provide a durable, corrosion resistant pole to support telecommunications and power distribution.

We have the material experience in a wide range of applications, including wind turbine components, energy storage batteries, and utility poles to help customers deliver value and innovation. Our full range of material solutions include photovoltaic wire and cable that enable renewable energy infrastructure, superior UV weathering protection for solar power installations, and continuous fiber-reinforced composites for structural wind turbine components.   We have the material experience in a broad range of energy applications, including solar power, wind power, battery and fuel cells, to help you deliver value and innovation to your customers. 

Sediment on the bottom of the container can be determined by inserting a clean pole, of sufficient length, into the container and pushing the end to the bottom.

Our broad portfolio ranges from fiberglass reinforced electrical insulator rods, poles, and cross arms to carbon fiber composite components for infrastructure repair and sporting goods. * Tests are performed on pultruded coupons made to reflect the same fiberglass content and resin system as the production part. 1.844.4AVIENT www.avient.com Copyright © 2025, Avient Corporation.

PROFILE OUTER DIAMETER IN (MM) INNER DIAMETER IN (MM) WALL THICKNESS IN (MM) Continuous Filament Wound 0.298–1.170 (7.57–29.72) 0.250–1.070 (6.35–27.18) 0.024–0.097 (0.61–2.46) The Glasforms™ continuous filament winding process combines the principles of filament winding with pultrusion to create lightweight, stiff tubes and poles with a constant cross-section and maximum durability.

ENERGY MOVES FROM LAND TO WATER CASE STUDY: PHOTOVOLTAIC FLOATING POWER STATION Challe nge Accepted. These power stations sidestep high land costs and remove all obstacles to light absorption. While a move to floating photovoltaic power stations has decided advantages, water-based power stations also pose new challenges.

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