Alloy Steel International (ASI) focuses on continuous improvement of their products and processes to improve the overall product quality. ASI has a metallurgy team which designs and develops ARCOPLATE grades and thicknesses by conducting scientific research. Alloy design of ARCOPLATE has been accomplished using thermodynamic calculations and optimisations, which help in improving wear and impact resistance, weldability between weld overlay and baseplate, and surface properties of ARCOPLATE.
ASI has three decades of history in manufacturing wear-resistant products and ASI does not compromise on quality of their products. ASI has established a quality control process flow to ensure the quality of ARCOPLATE by performing the required laboratory testing before supplying to customers.
Moreover, standard laboratory operation and calibration procedures of each equipment according to their corresponding ASTM/Australian standards are established to ensure the quality of testing. Our laboratory uses Laboratory Information Management Systems (LIMS) to document all test reports and analyse the results. Our laboratory has a range of laboratory equipment used for quality control and research purpose, which are listed as below.
In addition, ASI tests and assures the quality of raw materials used in the manufacturing process of ARCOPLATE, which is also a part of ASI’s quality control process.
Our metallurgy team conducts root-cause analysis of worn ARCOPLATE (used in industry application) to investigate the wearing behavior and its microscopic properties by performing a series of tests.
It is well-known and scientifically proven that as wear resistance of alloy increase its impact resistance decreases. Fixed-Plant and Mobile-Plant Industry applications usually demand alloys with either (i) High Impact-Low Wear Resistance, (ii) Moderate Impact-Moderate Wear Resistance or (iii) Low Impact-High Wear Resistance properties. Therefore, it is crucial to select the right plate and grade for each application. We consider this phenomenon in the design of ARCOPLATE and therefore have developed different grades of ARCOPLATE according to the demand of industry applications.
Some industry applications demand customised fused alloy/base plate thicknesses. We also supply customised thicknesses along with routine stocked thicknesses. The following table presents stocked and customised thicknesses of ARCOPLATE.
Optical Emission Spectroscopy
Used to analyse the chemical composition (ASTM E1086) of ASI products
Used to analyse microstructure
of ASI products and raw materials
Used to analyse the chemical composition of ASI products and raw materials.
Used to measure Vicker’s hardness
(ASTM E92) with different loads.
Dry Sand Abrasion Test Rig
Used to measure mass loss due
to abrasion (ASTM G65-04).
Metallographic Sample Machine
Used to perform metallographic grinding and polishing operations manually and automatically.
Surface Roughness Tester
Used to check the surface
roughness of ASI products.
Density Determination Kit
Used to determine density of ASI
products by Archimedes’ principle.