#Nickel alloy products

[jaysteels]

Jay Steel Corporation Provide The Best Pressure Vessels in India

Jay Steel Corporation is the leading company that specializes in manufacturing pressure vessels in India. Pressure vessels are containers designed to hold gases or liquids at a pressure substantially different from the ambient pressure. They play a crucial role in various industries, including chemical processing, petrochemical, pharmaceuticals, food processing, and more. We are manufacturing all type of  Pressure Vessels like titanium, Nickel, Stainless Steel & Duplex Steel in India & World Wild.

[fastnersllp]

Guide to Selecting a Trustworthy Fastener Manufacturer

“Fasteners & Fixtures is a leading fastener manufacturer offering high-performance fasteners made of different materials. Their robust fasteners work well under critical conditions and are available in extensive designs and material types.”

Fasteners are essential in all industries for the structural integrity of the system. These fasteners are available as screws, nuts, bolts, screws, studs, washers, and more. Since these fittings are available in different types, one must choose the right type per their application. Choosing the right fastener type ensures you do not exceed your budget, system longevity, and ease of maintenance. The following guide helps identify a reputed and trustworthy fastener manufacturer.

Ways to select a fastener supplier for your project

Check the manufacturer’s experience:

It is essential to check the manufacturer’s experience in fastener manufacturing. It will ensure the company can fulfill your requirements and guarantee timely delivery, preventing project delays. The experience of the fastener manufacturer also showcases that they can provide fastener solutions as per your project requirements,

Check whether the manufacturer provides fastener prototypes

Fastener selection requires careful consideration, especially when your project needs custom fasteners. In such cases, the experience of a fastener manufacturer proves useful as they can create a prototype for your business. When the manufacturer provides fastener prototypes, it helps you prevent defects, project failure, and material wastage. Prototyping ensures you add a testing phase for your project.

Check the fastener types available at the fastener manufacturer

A reputed fastener manufacturer provides a range of fastener designs. They also ensure the fasteners are available in different materials and sizes. It ensures the manufacturer can offer versatile fasteners.

Check the manufacturer’s facility

A reputed fastener manufacturer will use the latest equipment for manufacturing fasteners. It ensures customers receive high-quality fasteners. It also guarantees product manufacturing per industrial standards.

Check the certifications

It is essential to confirm the fastener manufacturer presents certifications for their products. It ensures the products adhere to the quality standards and are compatible with international standards. Fastener manufacturers like Fasteners & Fixtures are ISO-certified and offer certifications for the same.

Check the company’s quality assurance processes

It is essential to check the manufacturer’s quality assurance processes, especially when opting for customized fasteners. A reputed company will enforce rigorous quality assurance testing to ensure the products are robust and high quality. The manufacturer will always provide information about the quality tests, inspections, raw material testing, and more. A reputed manufacturer will ensure they adhere to manufacturing standards and provide ISO certifications. Ensuring the fastener manufacturer adheres to quality standards guarantees zero defects in the fasteners.

Check whether the manufacturer offers customization options

A reputed fastener manufacturer will always provide customization options and offer tailored and unique products. The fastener manufacturer will ensure they satisfy your requirements in case of custom sizes and designs. The company will ensure they fulfill your design and modification requirements. A reputed manufacturer has an in-house team of engineers that can help you customize products in terms of design, guaranteeing top functionality and performance for fasteners.

Check the fastener manufacturer’s material expertise

A fastener manufacturer must have essential experience in dealing with fastener materials. The right fastener material ensures the materials are compatible with your system. Fasteners are available in extensive materials like stainless steel, brass, aluminum, and alloys. Experts at a reputed fastener manufacturer will help you select the right material for your project and choose a material per requirements like fastener strength, temperature range, corrosion resistance, cost-effectiveness, and more.

Check customer reviews

It is essential to check the customer reviews to ensure you are choosing a reputed fastener manufacturer. You can check the company’s online reviews, consult with their clients, and select the best manufacturer per your project requirements.

Final thoughts

The above guide will help you choose a trustworthy fastener manufacturer. Fasteners & Fixtures LLP features a range of fasteners like nuts, bolts, studs, crews, washers, and more in different materials like stainless steel, Monel alloy, nickel alloy, and more. For more information, visit their website today!

[tradebhansali]

[lunacornfan2k24]

🥪 Tell us any random headcanon/s you have?

Most of my head canons end up in my writing but there are a few that are just floating around…

1) Kinesium comes from space

Since kinesium was found around iron, nickel, and hydrosulfuric acid, I think kinesium started out as a iron-nickel alloy that was kit be a meteor that trapped/had trapped H2S within it and brought the element that makes kinesium special that was substituted into the alloy.

Why were there aliens in Russia? Because Russia has the biggest kinesium deposit and the aliens use it/wanted it

(I put way to much irl chemical analysis to kinesium to a game with a very different periodic table)

2) John Juniper is the Phantom

This is largely wishful thinking but I think he’s the only character unaccounted for that knows both Agent Phoenix and Zoraxis well enough to get the tokens in their hiding places and predict our behavior (he could also be working with V Vitti)

3) Zoraxis’s main goal is to be evil and all the business stuff is secondary

It’s why all of their products that were advertised to us are dangerous/shitty. The world leaders didn’t trust Zoraxis for a reason

4) Zor collects the lighters of the agents that have been defeated by Zoraxis

This one was mentioned in passing in the latest entry to the celebrity crush series but I think that’s why they have so many EOD lighters. They were never part of the agency

[usafphantom2]

United Technologies, Pratt and Whitney J 58 information. The SR 71 and the A- 12( except for the trainer version it had J 75 engines.) All had these engines.

Legislation Twin United Technologies, corporation, UTC, Pratt and Whitney J 58 engines powered the United States, Air Force, Lockheed corporation, SR,- 71 Blackbird reconnaissance aircraft holds the record for the fastest coast-to-coast records for speed. A little history about the J 58 engine.

J 58 engine studies began in 1955. Design of the basic J 58 engine, which could dash to Mach three began in 1956 as a US Navy program the first Engine run came on Christmas Eve 1957 it evolve to meet the requirements for an engine to operate continuously at more than Mach 3 (2000 mph) and go higher than 80,000 feet.

A unique design feature of the J 58 was It’s bleed bypass system that consisted of three large diameter pipes, running along each side of the engine. At high Mach, a portion of the air would bypass the compressor and the turbine section giving it a stall-free operation, the bleed feature lead to the popular description of the J 58 engine, as being a turbo ramjet.

Prototype J 58 engines were flown as early as 1962 and the first production engines known as “YJ’s” flew a short time later.

The only major modification to the Engine’s Design occurred in 1964 when a lightweight afterburner and a variable vane inlet case were incorporated, making “K” engine. The continuous operation in military and after-burning conditions were also unique to this engine design requirement. It was in 1990 the only engine rated for continuous after burning. The engine can operate continuously at more than Mach three temperatures generated by the speed require that the engine parts be made of high temp alloys., next is a description of those metals that were chosen. Titanium in the very front of the engine was chosen for weight considerations. WASPALOY, a nickel-iron alloy, was chosen for most other components, other alloys used include INCONEL, ASTROLOY, HASTELLOY-X, AND HAYNES-25.

The fuel J-1 was latter called J-7 is used not only for combustion, but as a Hydraulic fluid, and it is the primary coolant of all controlled system components, even the engine oil is unique it is pure synthetic polyphenyl ether, and chemically stable up to 650°F. I found this information in my father's notes. ~ Linda Sheffield Miller

@Habubrats71 via X

[theoutcastrogue]

Folding bowie knives and dirks, 19th century

The terms “folding dirk” and “folding bowie knife” are used, often interchangeably, to refer to large, well-made, usually ornate jack knives of the mid-19th century that were designed primarily as weapons. Strictly speaking, “folding dirk” refers only to such knives that have double-edged “dirk” or dagger blades. “Folding bowie,” the more general term, encompasses larger folding dirks, as well as big folding combat knives with clip-point or spear-point blades.

Folding dirks and bowies were the pocket-carry counterparts of the better-known fixed-blade bowie knives. Bowie knives leapt to national attention in 1827 with the notorious Sandbar Fight involving James Bowie and remained in vogue for about half a century. The folding bowie may have been just as popular as the less costly fixed blade in the 1830s, the enthusiastic early years of the bowie trend. By the 1850s, the big folders were in eclipse. After the Civil War, only small folding dirks were still available.

Almost all folding dirks and bowie knives were made in Sheffield and are over 4 1/2 inches long closed. They are generally slender, and most have a cross-guard integral with the front bolsters. Ornamental appearance was an important consideration in the design of folding dirks and bowies. Consequently, they were made in a wide variety of shapes. Another factor in their diversity of shape is that most were made from circa 1830 to 1860, before mass production and pattern standardization had taken hold in the cutlery industry. Not only are the shapes of the big knives varied but so, too, are their decorations. Their bolsters are almost always ornately embossed.

Though the knives were handmade, their fancy nickel-silver bolsters were mass-produced. Standard designs were stamped out by specialist companies and sold to the makers. Some of the original dies used to stamp these fancy mounts still exist, which helps account for a certain amount of counterfeiting—most of which is inept—and questionable repair work.

Handle materials on folding dirks and bowies are generally of high quality. Stag, ivory and mother-of-pearl are the most often encountered. Horn and tortoise shell are more unusual. We have not observed bone or wood handles on them, but some may exist.

The principal makers of folding dirks and bowies seem to have been Samuel C. Wragg, William and Samuel Butcher, George Wostenholm & Sons, and Robert and Joseph Lingard. Many other Sheffield names are found on the knives as well.

— Roger Baker and Bernard Levine, Blade's Guide to Knives & Their Values (Krause Publications, 2009) (abridged)

Descriptions:

A FOLDING BOWIE KNIFE FOR THE AMERICAN MARKET, JOSEPH HOLMES, CIRCA 1870, with robust folding locking blade formed with a clipped-back point, signed ‘Jph Holmes Warranted Cutlery’ at the ricasso, German silver cross-piece (one quillon face missing), German silver pommel cast with foliage and a horse on each face, milled copper alloy fillets, mother-of-pearl scales and vacant German silver escutcheon, 15.3 cm (closed)

A LINGARD PATENT SPRING-KNIFE, CIRCA 1860, with tapering blade retaining some stamped inscription including ‘February 9th 1850’, ricasso stamped ‘Lingard, Peacroft Sheffield, secondary blade stamped en suite, German silver fillets, mother-of-pearl scales each retained by five rivets, and embossed German silver cross-guard and pommel each decorated with scrolls and foliage, in its leather scabbard with belt loop, 13.5 cm (closed)

A FOLDING LOCK KNIFE FOR THE AMERICAN MARKET, SIMPSON, CIRCA 1860-70, with double-edged folding sprung locking blade struck ‘Simpson’ at the forte, German silver cross-piece cast with scrolls in low relief, German silver horsehead pommel seated on a cannon, milled copper allot fillets, and natural staghorn scales with German silver release stud locked by a small sliding bolt, 15.5 cm closed

A FOLDING DIRK FOR THE AMERICAN MARKET, SHEFFIELD, LATE 19TH CENTURY, with folding locking blade stamped ‘S*H Sheffield’ at the ricasso, German silver pivoting cross-piece, hardwood scales inlaid with mother-of-pearl, and German silver pommel with Federal eagle and shield, 11.0 cm, blade

A HORSEHEAD LOCKBACK SHEFFIELD FOLDING DIRK, 9" Overall open, 4" blade “HANCOCK / & / SONS / SHEFFIELD”, blade has stamped cipher ”BEST QUALITY” horn slab grips, vacant German silver escutcheon. CONDITION: good to very good overall, blade is gray w/ sharpening, 1.5" German silver floral cross guard, horse head pommel worn through at snout w/ solder exposed. (02-15586/JS).

A LOCK KNIFE, MOORE, PROBABLY SHEFFIELD, LATE 19TH CENTURY AND TWO FURTHER LOCK KNIVES, the first with folding locking blade, signed rectangular ricasso, two-piece German silver guard, natural staghorn scales over brass fillets, and vacant German silver escutcheon; the second and third of similar form, with German silver guards and pommels each cast with scrolling foliage in low relief, and polished horn scales, the first: 13.2 cm (closed) (3)

James Rodgers & Sons Folding Dirk with Pearl Grip Panels and Relief German Silver Mountings 4 3/8-inch spearpoint locking blade, with "V[crown]R/James/Rodgers/Sheffield" on ricasso. Overall length when opened, 9 3/8-inches. Relief acanthus leaf and shell German silver mountings, the mother-of-pearl grip panels with oval escutcheon inlay on one side. Late 19th century. Very good to fine. Scattered pitting on steel and sharpening marks, gray patina to tang. Pearl with minor chipping. 4/20/07 RLW #297E

A 19th century folding Bowie type knife, 9¾” open, the 4½” clipped back blade etched on one side with panel of scrolling foliage, and on the other side with a bunch of grapes and vines (evidently added later), the base of the blade stamped “John B. Hobson” (has been pitted and cleaned); with German silver crosspiece and pommel, the crosspiece embossed with foliate scrolls, pommel with flutes, vines and bunches of grapes; bone sideplates, one side inset with openwork white metal panel, the other side scratched “1859 Tesmaker” (or Tes Maker?). Good Condition (small crack in one sideplate). Plate 5

A MID-VICTORIAN FOLDING DIRK OR BOWIE KNIFE BY W RODGERS, CIRCA 1850, 11cm flattened diamond section blade stamped W RODGERS CELEBRATED CUTLERY, foliate embossed white metal crossguard, riveted two-piece natural stag horn grips, the white metal pommel decorated with flowers and foliage. This is an earlier and rarer W Rodgers and not to be confused with the later William Rodgers

[tomb-raider-merchandise]

Idea Planet Launch Tomb Raider Collector Bundle - Lara Croft's Backpack

ITEM NEEDS CROWD FUNDING

First proposed in 2023 through fan surveys, this bundle features Lara Croft’s Backpack, Lara’s Journal and some Tomb Raider game covers pin badge collection. The bundle itself will not go into production unless it can get the support of 2500 people to back the project. Pre-orders began at 08:00 a.m. EST on February 14, 2024, and run until 11:59 p.m. EST on March 31, 2024. The bundle will cost $119.

The backpack itself measures approximately W13" x H10.5" x D5", with space to fit a tablet, chargers, a journal, and more! It is made from authentically-aged and distressed top-quality vegan leather and will have a fully lined interior. The main compartment features two smaller compartments and for ease, the backpack will be fastened by snap closures although it has brass buckles for extra detailing. Just like Lara's backpack as seen in the classic games, this backpack also has the two outside side pockets and one front pocket. Every backpack will be individually numbered.

The journal measures W5.3" x L8.5" x and 0.75" thick, and is very reminiscent to the journals seen in the Rise of the Tomb Raider collector's Edition. Just like the backpack, it will be made of authentically aged and distressed top-quality vegan leather and features the the debossed Croft family crest on the front. It contains 85 blank pages, weathered, 150 gsm acid free paper and the whole thing can be fastened by an adjustable leather strap closure.

The pins that feature the cover art from the first three Tomb Raider games measure in at H1.83" x W1.43", made from die-cast zinc alloy with rubber stopper. The family crest pin is a little bigger, measuring at H2" x W1.6", also made from die-cast zinc alloy, but finished with antique nickel with metallic gold and black wash. It also has a rubber stopper.

To preorder or see more images, click HERE!

[123-4-5-6]

Emcor Engineering: Your Trusted Partner for High-Quality Metal Products

Established in 2019-2020, Emcor Engineering has quickly become a highly acclaimed manufacturer, supplier, and stockist of ferrous and non-ferrous metal products, including high nickel alloys. We offer an extensive range of products such as pipes, tubes, flanges, buttwelded pipe fittings, forged fittings, tube fittings, sheets, plates, coils, bars, fasteners, shims, slitting coils, screws, washers, elbows, reducers, and tees.

Our relentless efforts to deliver premium quality products have earned us an unparalleled position in the industry. We import, export, supply, and trade a wide array of materials, including stainless steel, high nickel alloys, duplex and super duplex, titanium, and cupro nickel in all grades. Emcor Engineering is also a specialist in 400 series sheets and coils and is one of the leading foundry grade scrap suppliers in India. Trust us to meet your needs with exceptional quality and service.

[manilaxmiindustrial]

Monel K500 Pipe Fittings Manufacturers in India

-Manilaxmi Industrial

Monel K500 Pipe Fittings are a great option. Because of their increased strength and longevity, the nickel-copper alloy used to make these fittings makes them perfect for a range of demanding applications.

Manilaxmi Industrial is one of the leading exporters of Monel K500 pipe fittings. Customers all over the world are drawn to our products because of their outstanding quality and functionality.

[materialsscienceandengineering]

The Iron-Nickel-Chromium Ternary System

Despite the labeling of the phase diagram from Phase Poll #8, the Fe-Ni-Cr diagram isn’t strictly a diagram of stainless steel compositions. True, stainless steels are iron based alloys containing both nickel and chromium in varying amounts, but if we move to the nickel side of the phase diagram, for example, we start moving toward nickel-based superalloys, not steels, which by definition are predominantly iron. Which isn’t even taking into account the numerous other elements present in steels and the other alloys touched upon by this system, including manganese, molybdenum, titanium, aluminum, etc.

Alloys within this space include the following (all compositions are approximate averages of the many alloys within each category):

Austenitic stainless steels usually have around 18% Cr and 10% Ni, sometimes with some Mo or Ti. Ferritic stainless steels and martensitic stainless steels usually have around 16% Cr, but they don’t always even contain nickel. Duplex stainless steels have around 25% Cr and lower Ni at around 5%, in addition to some Mo. Precipitation hardening steels again have around 16% Cr, but can vary widely in their Ni content, from 5-25%. Moving away from steels, Ni-based superalloys such as Inconels can have 15-30% Cr and 5-10% Fe, with the balance as nickel. High chromium alloys, however, aren’t common. While chromium is added for it’s corrosion resistance, Cr is has a BCC crystal structure, which, while strong, isn’t as ductile as the FCC structure favored by Ni*.

That means the composition chosen by the poll, 42% Cr, 36% Fe, and 22% Ni, isn’t really going to be found in any commercial alloys. However, we can discuss the microstructure at that composition, which just barely stays in the Cr + γFeNi region of the phase diagram at that temperature. γFeNi, or the gamma phase, is a disordered solid solution FCC structure that forms the matrix of most Fe-Ni superalloys, though you typically need slightly more Ni than we have to stabilize the phase. The Cr phase here is also sometimes labeled as α’, and it is a Cr-rich BCC phase (where α would be the Fe-rich BCC phase).

Sources/Further reading: ( 1 ) ( 2 - image 2 ) ( 3 ) ( 4 )

Image sources: ( image 3 ) ( image 4 )

More phase diagrams: ( image 1 ) ( Cr-Fe-Ni, 500K ) ( Cr-Fe-Ni, 1000K ) ( Cr-Fe-Ni, 1073K ) ( Cr-Fe-Ni, 1473K ) ( Cr-Fe-Ni, 1500K ) ( Cr-Fe-Ni, 2000K ) ( Cr-Fe-Ni, liquidus projection ) ( Cr-Fe ) ( Cr-Ni ) ( Fe-Ni )

* A note on the BCC vs FCC structure comparison. Astute readers will note that Fe also has a BCC structure at room temperature, lending strength but not ductility. However, at high temperatures, Fe transitions to the FCC structure, and this FCC structure can be maintained in the final product if the alloy is cooled fast enough. Take a look at the Fe-Ni phase diagram as compared to the Cr-Fe phase diagram linked above. Ni, as an FCC metal itself, helps stabilize Fe in the FCC structure at high temperatures. Cr, on the other hand, does not. So a high Cr alloy would lend itself to a BCC structure, with low ductility, which is why they are not prevalent.

Additional reading.

[jaysteels]

Jay Steel Corporation: Leading Nickel fastener Manufacturers in India Jay Steel Corporation is a trusted and reputable manufacturer of nickel fasteners  to cater to various industrial applications. Their extensive inventory includes grades like 200, 201 and many more, allowing customers to find the right material for their specific needs.

[plusmetals]

 Cobalt Nickel 188 Sheet

Alloy 188 is a cobalt-nickel-chromium-tungsten super alloy that is sold under different brand names including: Nickel Alloy 188, Haynes® 188, Udimet 188®. Due to its high level of chromium mixed with small amounts of lanthanum, Alloy 188 can be used to create products that are incredibly tough and corrosion resistant.

Alloy 188 provides an excellent high-temperature strength, suflidation resistance, and good oxidation resistance up to 2000 °F (1095°C). Fabrication is not difficult with Alloy 188, and it can be cold and hot worked, and offers users outstanding ductility and metallurgical stability.

For More Information: Visit Our Website: https://www.aluminiumwala.com/ Contact No: +91 916 734 7029 E-Mail ID: plusmetals@aluminiumwala.com

[tradebhansali]

[coveredinmetaldust]

Apollo (Brooch)

I have been meaning to post more of my artwork here, so here's one:

July, 2020 Gibeon meteorite, sterling silver, stainless steel wire 54mm x 48mm x 5mm (HxWxD | Measured at the thickest point.)

Iron meteorites are hunks of metal which amble through space for billions of years. Sometimes, against all odds, these extraterrestrial objects will find their way to our small planet, where they will sit for millions of years until one of our own discovers them through chance.

If you cut one of these meteorites in half you will reveal an intricate lattice-work structure of two different nickel-like alloys. They call these “Widmanstätten Patterns”, and they are unique to every meteorite. (Meteorites are sort of like deadly cosmic snowflakes if you think about it.) These patterns are the product of phenomenal cosmic forces acting upon the metal as it aimlessly drifts through space for a truly unimaginable amount of time.

This brooch features a fraction of one such meteorite in the center of it that I cut, shaped, polished, and then etched to reveal its unique pattern. The formal aspect of this brooch was heavily inspired by the Voyager 2 space probe, as well as fictional interstellar objects depicted in retro-futuristic illustrations from the 1970s and 80s. The silhouette was designed to direct attention to the extraterrestrial centerpiece and signify space exploration through iconic design elements.

In the end, everything is made of stardust; some of it is just a long way from home.

[viratsteelspecial-blog]

Do you have any confusion about choosing the Steels and Materials?

Bridging the Gap Between Steel and Carbon Steel! … Remember, when it comes to steel, Virat Special Steels is your trusted guide!🔥

Steel: Steel is an alloy primarily composed of iron, along with other elements such as carbon, silicon, and manganese. It contains carbon, silicon, and manganese in varying proportions.

Properties: Steel has moderate strength. It is less hard compared to carbon steel. Steel is more ductile (can be shaped and bent). It is non-corrosive. Some types of steel (like nickel steel) are not magnetic. Steel can be alloyed with elements like chromium, nickel, and molybdenum to enhance specific properties.

Applications: Used in construction, automobiles, airplane parts, and various industrial applications.

Global Production: The steel industry produces approximately 1.3 billion tons of steel annually.

Carbon Steel: Carbon steel is a type of steel where carbon is the primary alloying element. It contains less than 2% carbon (without other noticeable alloying elements). As the carbon content increases, carbon steel becomes harder and stronger but less ductile and malleable.

Types: - Mild Steel: Contains 0.05% to 0.29% carbon. - Medium Carbon Steel: Contains 0.30% to 0.59% carbon. - High Carbon Steel: Contains 0.60% to 0.99% carbon. - Ultra Carbon Steel: Contains 1.00% to 2.00% carbon. - Finish: Carbon steel usually has a lusterless finish.

In summary, steel is a broad category that includes carbon steel. Carbon steel, in turn, varies based on its carbon content and properties. It’s essential to choose the right type of steel for specific applications.

Virat Special Steels is one of the most reputable Tool Steel & Die Steel and Mold Steel Suppliers in India. Special steel is provided in all sizes and shapes (flat, round, and bars) depending on customer requirements. Based in #Gurgaon (Haryana) & #Ludhiana (Punjab) India.

Product List:

DIE STEELS ( HH 370 - 410 BHN ) DIN-1.2714 / AISI L6 )

HOT DIE STEELS (DIN 2343, 2344 / AISI H11, H13)

PLASTIC MOULD STEELS (DIN 2738, 2311 , AISI P 20 )

HIGH SPEED STEELS (DIN 3243 , 3343 / AISI M2 , M35)

HCHCr. (DIN 2379 , 2080 / AISI D2 , D3)

ALLOY STEELS, EN-SERIES ETC.

For more information visit https://www.viratsteels.com/

Watch now: https://www.youtube.com/watch?v=c4h5KqyzVd0 Any further queries feel free to contact us : Email: info@viratsteels.com or Call: +91 98140 21775