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Allen Bolt (Socket Head Cap Screw)
They are twisted using a hexagon-shaped key, also known as Allen wrenches, hex-key wrenches, or hex keys. In circumstances where there is not enough clearance to utilize a fastener with an exterior hexagon head, socket head cap screws are frequently used. These bolts are commonly used in applications requiring high strength, precision, and a clean, flush finish. Allen bolts can withstand high torque, making them suitable for demanding applications. The cylindrical head with the recessed socket allows for a flush or near-flush surface, which is aesthetically pleasing and helps prevent snagging. They don’t require much clearance for installation, making them ideal for tight spaces.
Alloy Steel Pipe
Thanks to the inclusion of elements such as nickel and chromium, they offer improved mechanical properties compared to carbon steel pipes. Alloy steel pipes are available in various grades, allowing them to be tailored for different applications and industries. Alloy steel pipes are crucial for transporting oil and gas due to their ability to withstand high pressures and temperatures, as well as their corrosion resistance. These pipes are used in power generation for applications like boilers, heat exchangers, and steam lines.
Their resistance to corrosion makes them suitable for handling various chemicals and corrosive substances. In fields such as Aerospace and Nuclear Engineering, alloy steel pipes are chosen for their ability to withstand extreme conditions. Types of Alloy Steel Pipes such as Seamless Pipes and welded pipes are available. These pipes have High Strength and Durability; they are corrosion and heat resistance and maintain their performance and structural integrity over extended periods.
Alloy Toe Work Shoes
Alloy Toe work shoes are a popular choice for warehouses, manufacturing facilities, and construction sites where foot injuries are a risk. Alloy toe shoes are made up of durable yet light weight materials like aluminum and titanium , offering impact and compression protection . They are designed to be a lighter alternative to steel toe boots while still meeting the same safety standards.
The thinner material makes these shoes ideal for industrial work environments where comfort and movability are just as important as impact resistance. These safety shoes are Lightweight , Strong and Protective , Comfort and Alloy toes can sometimes offer slightly more toe room due to their slimmer profile.
Almonds
Available Almond sizes :
16/18: Indulge in larger almonds, with 16 to 18 pieces per ounce.
18/20: Enjoy slightly smaller almonds, with 18 to 20 pieces per ounce.
20/22: Delight in medium-sized almonds, with 20 to 22 pieces per ounce.
23/25: Savor smaller almonds, with 23 to 25 pieces per ounce.
24/26: Relish relatively smaller almonds, with 24 to 26 pieces per ounce.
27/30: Experience small-sized almonds, with 27 to 30 pieces per ounce.
30/32: Enjoy smaller almonds, with 30 to 32 pieces per ounce.
32/34: Discover the smallest size category, with 32 to 34 pieces per ounce.
Alpha Brass
Alpha Brass is commercially available in different forms including sheets, plates, strips, bars, rods, wires, tubes, and custom profiles according to customer requirements. It is commonly supplied in various tempers such as annealed, half hard, and hard conditions to meet different industrial needs. The alloy offers excellent thermal and electrical conductivity compared with many other engineering metals, while maintaining good resistance against atmospheric corrosion and oxidation. Its smooth surface finish and easy fabrication characteristics make Alpha Brass a preferred choice for decorative, mechanical, and electrical components.
The main applications of Alpha Brass include manufacturing of precision parts, electrical components, heat exchanger components, fasteners, fittings, valves, connectors, decorative items, musical instruments, and automotive components. Due to its excellent formability and machining characteristics, Alpha Brass can be easily processed by stamping, bending, cutting, drilling, and machining operations. International suppliers commonly provide Alpha Brass in customized dimensions, packaging, and specifications for industries such as construction, automotive, electronics, plumbing, and general engineering. For companies looking for reliable sourcing of Alpha Brass from Iran and regional markets, Irancorps can support international buyers with supplier identification and export coordination.
Alpha-Beta Brass
Alpha-Beta Brass typically contains approximately 55–65% copper and 35–45% zinc, with the exact composition adjusted according to the required mechanical and processing characteristics. The presence of the beta phase improves hardness, strength, and hot working capability, making this alloy suitable for demanding manufacturing environments. Commercially available Alpha-Beta Brass is supplied in various forms including brass bars, rods, sheets, plates, strips, tubes, wires, and custom profiles according to customer requirements. This alloy offers excellent wear resistance, good machinability, moderate electrical conductivity, and reliable dimensional stability. Alpha-Beta Brass can be processed through hot forging, extrusion, machining, stamping, and other metal forming operations. Different commercial grades may include additional alloying elements such as lead, aluminum, iron, or manganese to enhance machinability, strength, or corrosion performance for specific industrial applications.
Alpha-Beta Brass is commonly used in the production of industrial components, valves, fittings, gears, fasteners, electrical parts, marine components, automotive parts, plumbing accessories, and precision engineering products. Its combination of strength and corrosion resistance makes it a preferred material for manufacturers requiring durable copper alloy solutions. Businesses looking for reliable Alpha-Beta Brass suppliers can source different grades, sizes, and specifications based on international standards through professional metal suppliers and exporters.
Aluminized Gloves
Aluminized gloves could be used in very high temperature applications, The aluminized surface of these high heat resistant gloves reflects most of radiant heat while the lining helps reduce heat conduction., they can protect hands from temperatures up to 2,000 degrees Fahrenheit.
Applications :
- Foundry work: Handling molten metals.
- Welding: Protecting hands from radiant heat.
- Furnace work: Protecting hands from high temperatures.
- Laboratories: Handling high-heat ovens
Aluminum Alloy 1050
Aluminum Alloy 1050 is available in different commercial forms including sheets, plates, coils, strips, foils, profiles, wires, tubes, and extruded products. This material is mainly supplied in tempers such as O (annealed), H12, H14, H16, and H18, depending on the required hardness and mechanical performance. Although it has lower mechanical strength compared with heat-treatable aluminum alloys, it provides excellent ductility, weldability, thermal conductivity, and electrical performance.
This alloy is widely used in electrical components, heat exchangers, chemical equipment, food processing equipment, pharmaceutical containers, reflectors, cable sheathing, architectural applications, and general sheet metal manufacturing. Aluminum 1050 is also preferred for applications requiring easy forming, deep drawing, corrosion resistance, and a bright reflective surface finish. It can be supplied according to international standards such as EN AW-1050A, ASTM, and UNS A91050 for global B2B industrial requirements
Aluminum Alloy 1060
Aluminum Alloy 1060 is commercially available in various forms including aluminum sheets, plates, coils, strips, foils, bars, rods, tubes, and extruded profiles. Common tempers include O (annealed), H12, H14, H16, H18, and H24, which provide different levels of hardness and mechanical properties according to customer requirements. This alloy is extensively used in electrical industries for busbars, transformer components, cable shielding, and conductive parts due to its excellent electrical performance.
The main industrial applications of Aluminum Alloy 1060 include electrical equipment, heat exchangers, HVAC systems, chemical processing equipment, food packaging, lighting reflectors, solar applications, architectural panels, and decorative components. Its lightweight structure, high corrosion resistance, recyclability, and cost efficiency make it a preferred choice for many international B2B buyers looking for reliable pure aluminum materials. Aluminum 1060 can be supplied according to international standards with customized dimensions, surface finishes, and packaging options for global export markets.
Aluminum Alloy 1070
Aluminum Alloy 1070 is a commercially pure aluminum grade from the 1xxx series, containing a minimum of approximately 99.7% aluminum. Due to its high purity, this alloy provides excellent electrical conductivity, superior corrosion resistance, high thermal conductivity, and outstanding formability. Aluminum 1070 is widely selected in industries where purity, surface quality, and conductivity are more important than high mechanical strength. Aluminum 1070 is commercially available in various forms including sheets, plates, coils, strips, foils, bars, and extruded profiles. This alloy is commonly used for electrical components such as busbars, transformer parts, conductor strips, and power distribution applications. It is also used in heat exchangers, cooling systems, lighting reflectors, decorative panels, chemical equipment, packaging industries, and general industrial components due to its excellent fabrication characteristics.
The main advantages of Aluminum Alloy 1070 include lightweight structure, excellent corrosion resistance, high reflectivity, easy welding and brazing capability, excellent anodizing performance, and superior machinability for forming operations. Commercial supply options are available in different tempers such as O (annealed), H12, H14, H16, and H18 depending on required hardness and mechanical properties. Aluminum 1070 is an ideal choice for manufacturers looking for high-purity aluminum solutions for electrical, thermal, architectural, and industrial applications.
Aluminum Alloy 1100
Aluminum alloy 1100 is available in various commercial forms including Aluminum 1100 sheets, plates, coils, strips, foils, wires, rods, tubes, and custom fabricated profiles. Common tempers include O (annealed), H12, H14, H16, and H18, allowing buyers to select the required balance between softness, ductility, and strength. Aluminum 1100 is non-heat treatable and its mechanical properties are improved mainly through cold working processes. Aluminum Alloy 1100 is widely used in food processing equipment, chemical processing industries, heat exchangers, HVAC components, lighting reflectors, kitchenware, decorative parts, electrical applications, packaging components, nameplates, and general sheet metal fabrication. Its main advantages include excellent weldability, outstanding corrosion resistance, lightweight structure, attractive surface finish, and excellent forming performance for deep drawing and bending operations.
Commercial Forms Available
- Aluminum 1100 Sheet
- Aluminum 1100 Plate
- Aluminum 1100 Coil
- Aluminum 1100 Strip
- Aluminum 1100 Foil
- Aluminum 1100 Wire & Rod
- Aluminum 1100 Tube
- Aluminum 1100 Custom Fabricated Parts
- Aluminum 1100 O / H14 / H18 Temper Grades
Aluminum Alloy 2024
Aluminum alloy 2024 is commonly supplied in various commercial forms including Aluminum 2024 sheets, plates, bars, rods, tubes, forgings, and custom machined components. The most popular tempers include 2024-T3, 2024-T4, 2024-T351, and 2024-T851, which provide different combinations of strength, hardness, and stress resistance. Aluminum Alloy 2024 offers excellent machinability and dimensional stability, making it suitable for components requiring high mechanical strength and low weight. Aluminum 2024 is extensively used for aircraft structures, fuselage components, wing parts, aerospace fittings, automotive performance components, military equipment, hydraulic systems, precision machinery, and industrial applications where fatigue strength and durability are critical. Although its corrosion resistance is lower compared with some other aluminum alloys, protective treatments such as Alclad surfaces, anodizing, and coatings can improve environmental resistance.
Main advantages of Aluminum Alloy 2024 include high tensile strength, excellent fatigue performance, lightweight structure, good machinability, heat-treatable properties, and suitability for high-stress applications. Commercial supply is available according to customer requirements in different sizes, tempers, surface finishes, and international standards for global B2B markets.