At AZZ, our first priority is maintaining the health and safety of customers, suppliers and more than 3,700 employees worldwide during the COVID-19 crisis. Read an update here.
Metal Coatings Solutions
Surface Technologies
A collaborative partner for all your metal finishing and coating needs
Serving the Growing Needs of Critical Infrastructure
For over 60 years, AZZ has been committed to developing innovative products and services to address the challenge of aging infrastructure. Every day, over 3700 AZZ employees around the globe work to create a world where structural assets are corrosion-free, and power generation, transmission, and distribution are inherently safe, sustainable, and efficient.
Infrastructure Solutions
Welding Solutions
Reducing outage duration and increasing uptime for industrial assets
Investors
Investor Relations
We measure success by the value we create and take great pride in the roles we play to ensure our continued growth Investor RelationsFinancial InformationFeatured Stories
Welding After Hot-Dip Galvanizing
All commonly practiced welding and cutting techniques can be used on galvanized steel (see American Welding Society’s [AWS] specification D – 19.0, Welding Zinc-Coated Steel). Welding on galvanized steel is usually necessary if the final structure is too large to be dipped in a galvanizing bath or for structures that must be welded in the field.
What is the Best Material for Utility Poles?
They’re a familiar sight – they line city blocks and country roads, carrying powerlines and serving utilities. Utility poles come in a variety of materials and designs, but what material actually provides the best combination of performance, cost, and environmental impact reduction?
Big news for small components: Introducing Texas’ newest and best option for small to medium sized parts.
We're pleased to bring state-of-the-art spin galvanizing capabilities to our AZZ Galvanizing-Houston facility.
A Series: Improving Total Lifetime Value of Data Centers through Power Usage Efficiency (PUE) Reduction
Managing cooling and power efficiencies has been challenging for data center designers for quite some time. This is due to the significant loads required for the centers to operate effectively. IT equipment manufactured today is substantially smaller and faster, but more importantly to designers, the power density of the system is high, therefore generating significant excess heat. Temperature increases in data centers are a risk to reliability.
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