Hot-dip galvanizing describes the process by which steel is coated with zinc, which alloys with the surface of the steel. The steel is dipped in molten zinc, and when exposed to the atmosphere forms a strong coating that will buffet against wear and corrosion.
The process of hot-dipped galvanized steel dates back to the 1800’s, when in 1837 a French engineer took out a patent for the process of galvanizing steel. By 1850 the British galvanizing industry was consuming 10,000 tons of zinc annually for the production of galvanized steel.
Hot-dip galvanizing has only become more used over time, with 600,000 tons of zinc being consumed annually in North America to produce hot-dipped galvanized steel. Now galvanizing is found in almost every industry where steel is used. The process as a proven history of success which continues to grow in multiple applications globally.
Galvanized steel is therefore a superior product against others the industry of building and construction. This is why at Central Steel Build we hot-dip galvanize all of our components for our sheds, contributing to a better quality and longer lasting product, that protects against rust and corrosion in rural environments in Australia.
Everything We Built in 2016 at Central Steel Build
5 Technologies That Farmers Will Soon Depend On
As technology becomes a larger part of agriculture, what will be changing and which technologies will be integral to modern farming? We take a look:
Drones are becoming more affordable and more advanced by the month, with many companies starting up that cater specifically to agricultural markets. The above drone, for example, is able to scan chlorophyll levels of crops for wine growers.
Agricultural bots, or ‘AgBots’, are being used to automate processes around the farm.
The ladybird AgBot, which is currently only a prototype, moves around crops, detected and exterminates weeds and scans & stores images of crops. It’s able to count flowers and fruit as it passes them. It’s also entirely solar powered.
Telematics allow farmers to keep track of entire fleets of vehicles and machinery in real-time, keeping an eye on fuels levels, malfunction and wear.
Although modern machines are coming out with these functions built in, there are also ‘aftermarket’ solutions that allow farmers to adapt their existing resources.
4. RFID Technology.
RFID tech has long been employed when keeping track of livestock, but the technology is being advanced to other kinds of resources too.
A hay harvester has been developed that tags individual bales of hay, allowing you to keep track of when they were harvest, their moisture levels & their nutrition.
5. High Throughput Plant Phenotyping.
Advances in sensors and scanning technologies is allowing farmers to keep a closer eye on large numbers of plant phenotypes. This means that it becomes much more economical to selectively breed advantageous traits.
There are even companies that are working to create systems that monitor plants and use algorithms to select the best plants for breeding. This allows crops to be improved in a natural way with much more speed than ever before.
To download a brochure of our farm buildings, click here.