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The biggest change to the Australian steel industry

The biggest change to the Australian steel industry

Posted July 02, 2018 07:23:49 The latest changes to the industry are on the way, with a number of major new products expected to hit the market in the next 12 months.

With the introduction of the new “light steel” technology, which has been in use for a number a years, the industry is expected to see some major changes to production processes.

The most significant is expected, however, is the introduction and the availability of high-quality high-strength steel.

There is also likely to be a significant shift in the manufacturing of low-strength, medium-strength and high-stainless steel.

The new technology was developed by the Australian Steel Council in partnership with the US-based International Steel Association (ISA).

This was originally developed by American firm IHS to replace the use of steel that had deteriorated over time.

The company has already been using the technology in production facilities, and the first product to be launched is the IHS-approved “Light Steel Cymbals” (LightScymbal).

The new steel will replace the old steel that was previously produced by using the same processes, and will also allow the industry to reduce production costs by up to 30 per cent compared to using steel from older sources.

The LightSteel Cymbal is manufactured in Australia, and is manufactured using a high-grade alloy of steel called “Crown” that is commonly used in the construction industry.

The Crown is one of the strongest steel grades that the industry has used for many years.

It has a density of approximately 0.1kg/metre, which means that when it comes into contact with a steel blade it will deform and break.

The C-type alloy is also stronger than steel used in steel production.

However, the Crown is also lighter, with just 6.5 per cent of the weight being in steel.

This means that it is lighter and stronger than the traditional steel used to produce the Iso-3 and Iso1-4 products, which are used in many parts of the steel industry.

However there are some significant differences between the two types of steel.

Crown steel is made by using a low-grade (0.15 per cent) alloy of high carbon-rich steel known as “Cedar” which is used in a range of construction, structural, and electrical applications.

Cedar steel is used mainly for building materials, but can also be used in manufacturing and industrial applications.

This high carbon content can result in some of the most difficult and expensive steel being used in high-performance applications such as aerospace and space applications.

“Cyrillic steel” is made from a mixture of the carbon and high carbon steel.

It is used for all sorts of applications, including steel for doors and windows, but is also used in construction, building materials and other industrial applications such a electric power station, and water treatment systems.

There are a number products currently being produced by the IIS that use this “Cyan-type” steel.

One of these is the LightSteel Hip Lighting system, which is produced using “C-type steel” with the highest-quality steel used.

The other product that is being produced with this high-value grade of steel is the “LightSteel Cyllium” which will replace all steel used for the construction and electrical products.

The product is currently being developed by a company called Light Steel Manufacturing Company, and this new product is expected for release in 2018.

There will also be the Light Steel Cyllion, which uses a low grade steel known in industry as “Silver”.

These are made by the same company, but are made using a “Cydon” steel that is more durable and has a high carbon rating.

This is also a high grade steel that will also likely replace the low-carbon steel used as part of the “Cysylion” system used by the Light-Steel Cyclone.

Light Steel Cycle One of the products that will be used for manufacturing by Light Steel is the Cycle One system.

The cycle one system is a manufacturing method that uses a combination of steel and a chemical process known as additive manufacturing to produce a high quality product that can be used to make many different types of products.

A lot of the work that is done in the process of making steel and the processes that go into it are carried out in a very secure and controlled environment.

In fact, they are even protected by fire safety measures.

This includes the use for safety measures against chemicals, as well as the use to ensure that steel can be transported safely, and it is all monitored to ensure it does not leak or damage.

The production of this product is being carried out at a facility in the US, but the production will be moved to the US in the near future.

There have been a number other major changes in the steel sector over the past 12 months that will likely affect the industry as a whole.

In April 2018, it was reported