Ryerson’s Post

Aluminum alloy sand casting parts Aluminum alloy sand casting is a highly versatile manufacturing process used to produce components with complex geometries. The process involves several steps, starting with pattern creation where a model of the desired component is made. The next step is mold making, where the pattern is placed in a box filled with sand called a flask. Once the mold is created, molten aluminum alloy is poured into it through gates and risers. After solidification, the casting is removed from the mold by breaking it apart. The advantage of using sand as a mold material is its ability to create complex shapes without specialized tooling constraints. Additionally, multiple molds can be produced from one pattern, allowing for efficient batch production. #aluminumsandcasting #chinasourcing

📣 We can provide I bar grating products in metric and imperial systems, and can also customize sizes according to customers' special needs. 🔔 Swaged I-bar aluminum grating is supported by I-shaped extruded bearing bars. It carries the same load capacity as swaged rectangular grating but with a lighter weight, resulting in cost savings. The striations on the top and bottom surfaces of the I bar create additional friction, providing superior slip resistance performance. 📏 Specifications: Bearing bar size: Select from a range of options, including 1″ x 1/4″ to 2–1/2″ x 1/4″, with 1/4″ increments. Bearing bar spacing (center-to-center): Options include 1–3/16″, 15/16″, 11/16″, and 7/16″. Cross bar spacing (center-to-center): Choose between 4″ or 2″ spacing based on your specific requirements. #bargrating #aluminium #aluminum #fabrication

Buttoning -Rebuilding of Vertical Mill Ceramic Rollers: After being into operation, the matrix part of Sinter Carbide rollers starts getting worn which results information of buttons like voids. These buttons will start getting worn our rapidly if not reclaimed. After considerable time the matrix will worn our completely and result in the falling of carbides. Since these matrix are responsible for holding carbides intact and once the matrix are worn out the carbides will fall and results in increased wear rate. In order to stop carbides to fall and provide matrix to hold carbides particle. We have a tested solution using surfacing alloy. The phenomenon of buildup of those buttons like voids formed during operation of Sintered carbides rollers is called buttoning. #rebuilding #hardfacing #verticalmill #roller #cement #wearresistant #costsaving #electrode

👉 #Materials #SpecialIssue #Paper 📝"Research on #Forming Limit Stress Diagram of Advanced High Strength Dual-Phase #Steel Sheets" Authored by Hongjian Cui, Di Li et al. 🔗 https://lnkd.in/g7sY5-GG advanced high-#strength #steel; #forming limit diagram; forming limit stress diagram; failure criterion (The paper is collected in the following special issue, "Advanced Special and High-Strength Steels"  https://lnkd.in/gRgk6inJ)

Essential Design Tips for Superior Aluminum Die Cast Parts #aluminumdiecasting,#diecastingdesign,#aluminumalloyselection,#optimizingdiecastparts,#diecastingdefectsprevention,#aluminumpartsmanufacturing,#efficientdiecastingdesign,#aluminumdiecastingguide,#precisionaluminumcasting,#costreductionindiecasting https://wix.to/N9ZMQBi #newblogpost

Customized all kinds of aluminum profile product industrial 6061 6063 aluminium extrusion profile Extruded aluminum is made by heating the aluminum and forcing it through a die. What comes out on the other side is the shape of the final product. To visualize the process, imagine pushing a ball of clay through a circle punched with holes. What comes out on the other side is a series of spaghetti-like strands. The shape of the die determines what the final product will look like.

Metal Grating Products Metal bar grating can be defined as a series of metal bars positioned vertically, placed an equal distance apart and joined by cross members to form a rectangular or reticuline pattern. Typically manufactured from mild carbon steel, aluminum and stainless steels, bar gratings are also available in specialty metal alloys to suit nearly any application. #metalmesh #mesh #stainlesssteelwiremesh #GabionMesh #KnittedWireMesh #Chianlinkmesh #HexagonalWireMesh

Quality and reliability of pipes can be a crucial factor for the lifetime of the entire system. While conveying abrasive materials, inferior or substandard pipes may not be able to withstand such an endurance trial and may fail sooner, or worse, uncontrollably. To prove their high-performance characteristics, one needs a good challenge. And what can be more challenging than working in stressful conditions of foundries? Being factories that produce metal castings they are often equipped with long sand reclamation pipelines. Such foundries use, recondition and reuse sand in their molding process, which makes them great contributors to the recycling movement. Thanks to their high silicate and metal content sand and fine dusts transported via foundry’s pipelines are very abrasive. Especially damaging are they to the most critical parts of pipeline systems – directional changes and bends of 90° degrees in particular. Such elbows are impacted with hard and abrasive sand being transported pneumatically, which makes the failures due to wear more likely to appear. ESSER 900 elbows are fitted inside with special chill cast iron (CCI), which has hardness of up to 67 HRC. They are designed to withstand highly abrasive materials while working in pipeline systems for pneumatic and hydraulic conveying. The ESSER TWIN 900 series offers a service lifetime of 8 to 10 times more than conventional steel pipes. Used in high wear applications the 900 series finds its application where high availability of spare parts is a must. Contact us and get more information on how to make the piping system your foundry more reliable and cost effective! #IndustrialPiping #MaterialHandling #WearResistant #PneumaticConveying #ESSERPipes

MEW Shear Knives: Sharper. Stronger. Superior! Our Range! 1. Straight Shear Blades: These are used for cutting sheet metal and are typically flat with a straight edge. 2. Scrap Shear Blades: Designed to cut scrap metal into manageable sizes, these blades are built for durability and often used in recycling operations. 3. Alligator Shear Blades: Resembling the jaws of an alligator, these blades are used for cutting metal at salvage yards and are effective for cutting irregular shapes. 4. Rotary Shear Blades: Used in rotary shears for high-speed processing, these blades can handle large volumes of material, making them ideal for manufacturing operations. 5. Guillotine Shear Blades: Used in guillotine shears to make clean cuts across material, typically operated in a vertical movement. 6. Angle Shear Blades: These are designed to cut material at an angle and are often used in the construction of frames and structures. 7. Billet Shear Blades: Used for cutting billets in steel mills, these blades must handle very tough materials and high temperatures. 8. Flying Shear Blades: Used in continuous manufacturing processes, these blades cut the material without stopping the production line. 9. Bowtie Shear Blades: These specialized blades are used for high-tensile materials and are designed to minimize the deformation of the product. Contact us on sales@mewsaws.com to know more! #SteelCuttingExcellence #MetalIndustryLeaders #PrecisionShearBlades #CuttingEdgeTechnology #AlloyExperts #SuperiorSteelSolutions #InnovativeMetalWorks #HighPerformanceBlades #DurableCuttingTools