When considering painting stainless steel, the initial question arises: why paint it in the first place?

If the design choice is simply about colour or aesthetic purposes and the product form has a smooth surface (i.e. sheet or round products), using factory-supplied coloured stock attached with fasteners might be the preferable option. This construction method is commonly used for non-contact areas such as walls or facades, as exemplified in ASSDA FAQ 12: Coloured and patterned stainless steel.

Similarly, in new constructions, there are often reflectance limits to consider. While highly polished stainless steels offer extreme reflectivity, embossed surfaces, like the

Minimising mining (primary production) and maximising recycling (secondary production) are core principles of sustainable resource management. Consequently, there is an increasing interest in quantifying the material life cycle of stainless steel and its efficiencies from production to fabrication, manufacturing, use, recycling and, in some cases, disposal.

In 2006, Team Stainless and Yale University started the first project to quantify stainless steel stocks and flow cycles. In 2022, The Karlsruhe Institute of Technology made a more detailed analysis of 2019 data covering 50 countries, territories, and regions.

Stainless steels: A sustainable solution for more than a century

Stainless steels are procured

For years, the plumbing industry has been dominated by materials such as galvanised mild steel, copper, and plastic. However stainless steel is quickly emerging as a standard construction material in various water supply applications.

Stainless steel offers a multitude of benefits, including corrosion resistance, hygienic properties, strength, long-term performance, excellent hydraulic conductivity, and the ability to withstand high pressure and temperature requirements. It has found its place in diverse applications, from desalination plants and reverse osmosis water treatment systems to water supply for high-rise buildings and domestic tapware. Stainless steel provides a safe and sustainable solution throughout the entire lifespan

Stainless steels are almost universally used around indoor and exterior pools for railings around or into the water, fixtures, furniture, grills, etc. The finishes are bright and readily cleanable for hygiene and are resistant to staining or corrosion by the chemical treatments required for the maintenance of public health.

This article discusses the unexpected problem (and the solutions) that showed up in the 1980s because of the changing design and operation of indoor heated and chlorinated swimming pools when combined with the increased use of stainless steels as structural supports in the ceilings over pools. The problem: 304/316 stainless steel

Australia is in a craft beer renaissance. The materials used in beer production has evolved over the years, and today, stainless steel is the material of choice and industry standard in modern brewing. Let’s look at some of the benefits.

 
Corrosion resistant

Stainless steels are excellent combatants of corrosion. This resistance to attack is due to the naturally occurring chromium-rich oxide film formed on the surface of the steel, which self-repairs in the presence of oxygen.

With the correct selection of alloys and application of good design principles and proper fabrication practices, stainless steel equipment will perform successfully. 300-series

Standing the test of time

Stainless steel reinforcement (rebar) is increasingly being specified for its excellent corrosion resistance, long-term performance and economic benefits.

Everyone knows that stainless steel resists corrosion, but beyond that, an amazing range of half-truths and exaggerations have evolved - often misleading and sometimes simply wrong. This article examines some of the more common myths, explains why they are wrong, and more to the point, provides correct information.

Stainless steel is used for a wide range of structural applications including:

When comparing hot and cold formed stainless steel, the first question you would ask yourself is: are there any chemical differences between the two? ASSDA has previously published articles on the various surface finishes including the few hot and multiple cold finished processes, however this article concentrates on the differences. 

When used properly, stainless steel enjoys a strong and enduring reputation for visual appeal and structural integrity in a wide range of applications and environments. But, like all materials, stainless steel may become stained or discoloured over time, impairing the overall look. This brown discolouration - tea staining - has been identified in coastal applications in Australia and overseas.

Think stainless steel, and most people think ‘bright, shiny and silver’. But did you know that specifying stainless steel is not limited by its silver appearance?

The aim of AS 1528: Stainless steel tubes and tube fittings for food processing and hygienic applications is to standardise hygienic tube and fittings for use in dairy, food and beverage manufacturing. It has been successful in maintaining the required food safety standards in Australia and New Zealand.

Shielding gases form an integral part of all conventional welding processes. 

What is the fire rating of stainless steel? This is a common enquiry from ASSDA Members and the construction industry, especially with the current concerns about flammable cladding. The three major branches to this question are covered in this article.

One of the most common misunderstandings in specifications for stainless steel fabrication relates to the post-fabrication treatments to restore or enhance the corrosion resistance. 

Humanity’s use of materials has progressed over the millennia from natural resources such as plants and stone to manufactured materials such as ceramics, metals and plastics with a corresponding increase in consumption of energy and materials – and increasing waste production. In parallel, the world’s consumers have grown exponentially from about 1 billion in 1800, to 7.6 billion in 2018 and a predicted 9.8 billion in 2050 – all demanding more infrastructure, facilities and resources to support the expectations of higher standards of living. This has led to an increasing realisation that green production, recycling, waste reduction and more efficient use

Ferritics account for approximately 25% of stainless steel use worldwide. The name arises because these alloys have similar properties to carbon steels when they are bent or cut and, unlike the well-known 304 and 316 austenitic grades, ferritics are strongly attracted to a magnet.

Either while being welded or glistening in the summer sun, the three major families of stainless steel behave differently to each other, carbon steels, aluminium and copper alloys because, as shown in the bar chart, the coefficient of thermal expansion and conductivity - and their ratio - varies.  

The use of duplex stainless steels has grown globally based on their strength, corrosion resistance and a range of properties that improve equipment life.

Innovation Design Set to Transform the Industry

For the past six decades, the welding process has only been tweaked and modified, but one Adelaide company has developed a new process set to save millions of dollars and forever change the way welds are performed.