SECTIONING
AbrasiMet.AbrasiMatic.IsoMet
The AbrasiMatic 300 Abrasive Cutter is a bench-top cutting machine that offers manual cutting action in three directions or automated cutting in one direction. This provides users with maximum versatility to section a wide variety of sample materials, sizes, and geometries. The machine cuts specimens while continuously spraying coolant and lubricant to ensure high-accuracy cutting without any changes in physical properties that may occur when using traditional cutting saws.
STRUCTURAL ANALYSIS
Nikon MA100 (Inverted Metallurgical Microscope)
The Nikon MA100, along with Buehler's Advanced Structural Analysis Software, accurately determines the different elements present in the alloy and their structural distribution.The microscope features a modular design that allows for a range of configurations and accessories, making it a versatile tool for a variety of applications. It has a built-in LED illumination system with a range of brightness settings, as well as an optional transmitted light base for observing thin sections and other transparent samples. It holds a magnification range of 50x to 1000x and is equipped with a range of objectives and eyepieces for different applications. It includes a built-in camera and software for image capturing.
STRUCTURAL EXAMINATION
METASERV 250 (Grinder & Polisher)
The Grinder and Polisher are used to grind molded specimens and then polish them in preparation for microscopic structural examination.
MATERIALS TESTING
Instron 1000 HDX (Universal Materials Testing Machine)
The Instron 1000 HDX is a powerful and versatile materials testing machine that can be used to perform a wide range of mechanical tests on a variety of materials. Its advanced software and automated testing capabilities make it a valuable tool for materials science research, quality control testing, and product development.
TENSILE & ELIGATION
BEND & REBEND TESTS
WELDING FORCE TESTING & SHEAR TESTING
COMPRESSION TESTING
MOUNTING RAW MATERIALS
Buehler SimpliMet 4000
The Compression Mounting System is used to mount raw material thin sections in an epoxy die for specimen preparation prior to grinding and polishing.
TESTING ROCKWELL HARDNESS
Wilson Rockwell 574 Series
The 574 series Rockwell Hardness Testers are renowned for their quality, durability, and industry-leading Gauge Repeatability and Reproducibility (GR&R), making them the best-in-class hardness testing instruments. These testers can measure the Rockwell, Brinell, and Vickers hardness of steel and alloys. The testers are equipped with a range of features to ensure accurate and repeatable test results, including automatic loading and unloading, as well as automatic depth measurement and conversion of test results to different hardness scales. It also includes a range of accessories, such as different indenters and anvils, to enable testing of a variety of sample shapes and sizes. The testers are designed to be easy to use and maintain, with sturdy construction and reliable performance. Their ease of use, accuracy, and repeatability make them a valuable tool for quality control testing and research and development applications.
At AlGioshy Steel, we take great pride in our production process, which involves reheating billets
in a furnace before rolling them into high-quality bars. Our advanced rolling process allows us to
produce rebar diameters ranging from 10mm to 40mm with exceptional surface quality, thanks
to our continuous monitoring system.
The billets are cut using oxy fuel cutters. They are then stored in the billet
storage area or directly transferred to the mill.
At the entrance to the mill, the billets are heated in a furnace to a
temperature of about 12000C for the rolling process.
Rolling is done through gradual reduction of the section through
cylinders and carbide rollers. The product undergoes a final heat
process to acquire desired mechanical characteristics. The profile of the
final product - Smooth Bars - is acquired through the last rolling pass.
Rolling is done through gradual reduction of the section through
cylinders and carbide rollers. The product undergoes a final heat
process to acquire desired mechanical characteristics. The profile of the
final product - Smooth Bars - is acquired through the last rolling pass.