This project involved abrasive blasting and the reapplication of protective coating systems to the exterior of storage tanks. The works were carried out to remove existing coatings and surface contaminants, preparing the steel to the required standard for recoating. Following preparation, new protective coatings were applied to ensure long-term durability and resistance to environmental conditions. The process was delivered with a strong focus on safety, quality control, and adherence to specification requirements. The completed works extend the service life of the assets while maintaining a consistent and well-maintained appearance.

This project involved comprehensive surface preparation and the reapplication of protective coating systems to the exterior of storage tanks. Works were carried out to remove existing coatings and prepare all surfaces to the required standard, ensuring optimal adhesion and performance of the new system. Protective coatings were then applied in line with specification requirements, providing long-term durability and protection against environmental exposure. The project was delivered with a strong focus on safety, quality control, and consistency across all assets. The completed works support the ongoing performance and service life of the tanks while maintaining a well-presented, uniform finish.

This project involved the refurbishment of the iconic Wellington Cable Car bridge, including the application of specialised protective coatings to key structural elements. Working on a well-recognised landmark, the scope required careful planning and execution to maintain both the integrity and appearance of the structure. Surface preparation and coating application were carried out to ensure long-term protection against the elements, while preserving the character of the bridge within its surrounding environment. The completed works contribute to the ongoing durability and presentation of a significant piece of Wellington’s infrastructure, delivered with a focus on quality, safety, and attention to detail.

This project involved abrasive blasting to steel stubs located within confined and limited access areas, followed by the application of protective coating systems. Careful planning and specialised techniques were required to safely access and prepare these areas to the required standard. Surface preparation was carried out to remove existing coatings and contaminants, ensuring suitable conditions for coating adhesion. Protective coatings were then applied in accordance with specification requirements to provide long-term durability and resistance to environmental exposure. The works were delivered with a strong focus on safety, precision, and quality, achieving a consistent result across challenging access environments.