AR500 Steel Plate
AR500 steel plate has a high surface hardness for excessive wear and high impact applications.
What is AR500 steel plate?
AR500 is an Abrasion Resistant (AR) steel plate known for its hardness, toughness and wear resistance. This grade is one of the hardest of the common AR steel plate grades - with Brinell hardness values (BHN) ranging from 460-544 - and is typically used in high wear and impact applications. AR500 steel plate meets the ASTM E10 specification for Brinell hardness testing.
Overview:
Wear resistant steel plates for high wear applications such as mining equipment and concrete handling.
Surface hardness range of 470-540 BHN.
Excellent resistance to sliding wear, frictional wear and heavy wear.
Withstands high impact stresses even at very low temperatures.
Advantages of AR500 steel plate
The hardness and toughness of AR500 steel plate makes it extremely resistant to wear and impact. These properties make AR500 steel a durable, long-lasting material, which is essential for applications that require materials that can withstand extreme wear and tear.
The durability of AR500 also means that the material needs to be replaced less often than less wear resistant materials, which reduces material costs and prevents devastating equipment failures.
Appliance Cold Rolled Steel
Stainless steel and galvanized appliances are widely used in homes and businesses around the world. We work with appliance manufacturers to provide cold rolled, hot rolled, galvanized, color coated, coated and stainless steel for major appliances.
Our finishing capabilities include ring cutting, cut-to-length, pickling, tempering, stretch straightening, coating, painting and other processes that can be used to increase durability, prevent corrosion of materials and improve appearance. Whether you need to stock material or purchase specialized types of steel, we handle the logistics so you only have to deal with one purchase.
Steel Sheet, Blanks & Coil For Transportation
The transportation industry encompasses a wide range of different vehicles and modes of transportation that get from point A to point B. This can include public transportation, trains, buses, airplanes, semi-trailer trucks, and more. Hunter Special Steel is an experienced supplier that has been supplying steel to the transportation industry for many years, ensuring that we have exactly what you need. Contact us today.
Steel Plates for Transportation
A wide range of different processes, grades and shapes of steel are available for the transportation industry. We can provide the following services:
Types of steel processed
Hot rolled pickled and oiled coils
Cold rolled coils
Hot-dip galvanized
Steel grades
Duplex
Duplex
Advanced High Strength Steels
Ultra High Strength Steels
Multi-Phase
High Strength Low Alloy Steels
Shapes
Steel plate
Coil
Blanks
Fine Blanking
Configuration Blank
Automotive Steel Coil Supplier
As a supplier of automotive steel, Hunter Special Steel offers a wide range of applications and products for the transportation and automotive markets. One of our areas of specialization is rigid products and blanks with controlled profiles for the automotive industry, allowing our customers to reduce the number of adjustments made during production while increasing productivity and operational efficiency. From school buses to trains, our customers require consistent finite gauge tolerances, not only from top to edge, but also from head to tail.
Automotive Steel Specifications
Hunter Special Steel is a specialized supplier of steel in a variety of sizes and types for the automotive industry.
Hot rolled select and oiled coils and billets
Cold rolled coils and blanks
Hot-dipped galvanized coils and billets
Coated steel
High strength steel
We also offer slitting and cut-to-length services for automotive applications.
Automotive Applications
Automotive Steel is used in a variety of different applications in the automotive industry. Such applications include consumer and commercial vehicles, school buses, trains, heavy and light trucks, cars and airplanes.
More specific applications include:
Exposed bumpers
Transmission and safety components
Critical engine applications
Engine bearings
Pulleys
Valve covers
Truck and seat frames
Chassis and wheel systems
Surface critical drawing applications
Pulleys
Pressure vessels
Airbag components
Upset Parallel Threaded Rebar Coupler
100% bar break through tensile test.
Material of the rebar coupler is No.45 steel.
High precision thread, full thread type, no false thread.
Cold Rolled Carbon Steel Sheets
Cold rolled carbon steel is hot rolled steel that has been further processed. Hot-rolled steel is cooled (usually to or below its recrystallization point), then annealed and re-rolled at room temperature to obtain more accurate thicknesses, higher strength and hardness, and better surface quality. In addition to changing mechanical properties, the cold rolling process produces steel with tighter tolerances and higher dimensional accuracy than hot rolled steel. It also tends to be better suited to lighter gauges and is better suited to applications that require a more visually appealing surface finish.
Types of Cold Rolled Carbon Steel
Cold rolled carbon steel is available in a variety of carbon content levels:
Low carbon steel - also known as soft steel, contains less than 0.3% carbon. It is highly formable, making it effective for applications that require a lot of bending and forming.
Medium Carbon Steel - Carbon content ranges from 0.3% to 0.6%, which makes it stronger and more durable for applications such as automotive manufacturing.
High-carbon steel - contains 0.61% to 1.5% carbon, which significantly alters its physical properties. With higher carbon content, the steel becomes stronger and harder than mild steel; however, this material is less ductile.
Comparison of using laps and rebar coupler:
1. Reduce or eliminate some of the costs of lap splicing by using rebar coupler.
2. The use of laps can be time-consuming in terms of desigh and installation and the increased amount of rebar creats congestion within the concrete
The Characteristics of the Usage
Standard Model
used in the occasion for connecting the steel bar in normal situation
Different Diameter Model
used for connecting the steel bar in different diameters
Flared Model
used for the steel bar which was hard to match
Positive And Negative Screw Thread Model
Used in the occasion when the steel bar in the two sides both can not be turned but the lengths can be adjusted.
Locking Nut Model
Used when the steel bar can not be turned, then it turns the splicing coupler to join the steel bar and then lock the splicing coupler with the locking nut.
Hot Dipped Galvanized Steel Coils
Hot-dip galvanizing refers to the process of applying a protective zinc coating to a steel sheet or iron sheet, in order to prevent rusting. As the full hard steel has undergone acid washing followed by a rolling process through the zinc pot, a layer of zinc film is applied to the sheetâ??s surface. Henceforth, hot dipped galvanized steel sheet in coil (GI) is produced. High quality hot dipped galvanized steel coil with reasonable price is a popular steel product with high level of corrosion resistance, paintability, and workability. It is frequently used in a broad spectrum of industries and sectors. As China galvanized steel coil suppliers, Hunter is determined to supply highly cost effective galvanized steel coil in China. Meanwhile, Hunter could give customers reasonable hot dipped galvanized steel coil price.
FEATURES OF HOT DIPPED GALVANIZED STEEL COIL
Thanks to the self-sacrificing characteristic of zinc, hot dipped galvanized steel coils are capable of outstanding performance in regard to anti-corrosion ability processability.
Steel manufacturers can select and produce the desired amount of zinc gilded and in particular enables thick zinc layers (maximum 120g/m2).
Hot Dipped Galvanized Coil
Hot-dipped galvanized coil refers to a product that is created by immersing steel coil into a bath of molten zinc. This process is known as hot-dip galvanizing and results in a protective coating of zinc being applied to the steel surface.
How does the hot-dipped galvanizing (HDG) process work?
This technique, also called HDG, is now a lot more common. Galvanizing is basically the process of adding a coating on any base metal for the purpose of increasing corrosion resistance and durability. Hot-dip galvanizing is a form of galvanization. It is the process of coating iron and steel with zinc. That is, the surface of the base metal is coated with a zinc layer by immersing the metal in a bath of molten zinc at a temperature of around 450 �°C (842 �°F).
Galvanized steel is widely used in applications where corrosion resistance is needed. But its cost is much lower than the cost of stainless steel.
