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Certification : CE, ISO, SGS,BV,Mill Certificate
Standard : ASTM,JIS,GB,DIN,EN
Design Style : Customizable
Delivery Time : 7-10Days
PRODUCT DETAIL
PRODUCT INTRODUCTION
This coating protects the steel from particle corrosion and general surface scratches and abrasions. It is ideal for marine applications as the surfacing is salt resistant and also combats other weather conditions. Galvanised Steel is appropriate for construction environments of up to 200 degrees celsius.
What is galvanised steel used for?
Galvanized steel is all around us, in a whole variety of industries including road, rail, energy plants, oil and gas, agriculture, water and waste and sports and leisure. It can play an important role for buildings, bridges, facades, signal gantries, gates, balconies and even sculptures. Wherever there is a risk for corrosion of steel, galvanising should be used.
Galvanizing is Durable
A galvanized coating is one of the most durable forms of corrosion protection on the market.
An average coating thickness of 85 microns, the same thickness as a sheet of A4 paper, can protect a steel structure for the better part of 100 years.
One of the inherent benefits of hot dip galvanizing is that when clean steel that is greater than 6mm thick is submerged into molten zinc, it will develop a minimum mean coating of 85 microns. This coating thickness will meet the corrosion performance required in many applications across the UK and Ireland today.
In inland areas across the UK and Ireland, a galvanized coating can weather at less than one micron per year, giving it incredible longevity. Even in coastal environments an 85 micron coating can still deliver a life expectancy of 30 years or more.
Read the case history on Lydlinch Bridge, Dorset where galvanising has lasted over 77 years
Galvanizing is Sustainable
The long-term durability provided by galvanizing is achieved at relatively low environmental burden in terms of energy and other globally relevant impacts.
Several studies have demonstrated the high economic and environmental costs associated with the repeated maintenance painting of steel structures. These burdens can be significantly reduced by an initial investment in long-term protection. Lack of attention to optimal corrosion protection can leave a damaging economic legacy of repeated maintenance costs.
In social housing projects, future maintenance costs will be borne by the local authorities. In public infrastructure projects, use of galvanized steel leads to lower maintenance budgets, releasing public funds for other purposes.
The true cost of protecting steel work from corrosion has to take into consideration two important elements, the initial cost of protection and the lifetime cost.
Hot dip galvanizing is often perceived to be more expensive than it is. There are two reasons for this: Firstly, that such a high performance coating is automatically assumed to be expensive. Secondly, the initial cost of galvanising relative to paint has changed significantly over recent years. Painting costs have steadily increased whilst galvanising costs have remained stable.
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