Overview
Hybrid wind turbine towers (concrete + steel) are built by stacking large precast concrete segments to form the lower tower section. The joint line between segments is critical: it must achieve full contact, resist moisture ingress, and transfer loads reliably under long‑term cyclic wind loading.

This project hub highlights hybrid tower builds where structural epoxy jointing adhesive was used for precast segment bonding and gap filling. Working with

Large-scale Wind Power Project Contractor, we supplied jointing materials for multiple wind projects across different climates and logistics conditions.

Why epoxy jointing for hybrid tower segments

• Creates a rigid bond for load transfer and joint integrity during tower erection and service

• Thixotropic “paste” consistency helps stay in place on vertical joint faces

• Low shrinkage supports stable fit-up for large-diameter segment joints

• Suitable for on-site assembly where surfaces may be slightly damp or temperatures vary

Material used
ZRETE Structural Epoxy Adhesive for Wind Turbine Precast Segments (two‑component, high‑strength, non‑sag) is designed for hybrid wind towers and other structural segment joints.

Featured project cases (highlights)

• Hepu Baisha, Guangxi – 150MW (29 hybrid towers at 160 m; additional steel towers)

• Bozhou Huaidong Phase II, Anhui – 51MW (170 m hybrid towers; mixed turbine ratings)

• Hami Shisan Jianfang, Xinjiang – 50MW (100 m towers; desert/high‑altitude conditions)

• Lixin Jiwang, Anhui – 100MW (160 m towers; large rotor diameter platform)

• Yongqiao, Anhui – 50MW (160 m towers; farmland logistics)

• Baofeng County, Henan – 100MW (complex transport routes; large onshore deployment)

• Wudalianchi, Heilongjiang – 200MW (cold‑climate installation and operation)

• Yangzhou Jiangdu, Jiangsu – 13MW (distributed wind at an industrial site)

If you’d like to add your next project here, share the tower segment drawings, joint design (shear keys / dry joint), and expected temperature range. We can recommend trial mixing and site procedure based on your erection plan.