J. P. Metals

J. P. Metals

J. P. Metals

Bhuleshwar, Mumbai, Maharashtra

Nickel Alloys

Our range of products include vascomax 350 cvm (maraging 350) bar, maraging 300 steel bar, hastelloy c276 steel sheet and zirconium bar 32.

Vascomax 350 CVM (Maraging 350) Bar

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  • Vascomax 350 CVM (Maraging 350) Bar
  • Vascomax 350 CVM (Maraging 350) Bar
  • Vascomax 350 CVM (Maraging 350) Bar
  • Vascomax 350 CVM (Maraging 350) Bar

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Approx. Rs 3,000 / KilogramGet Latest Price

Product Details:

MaterialSS304/SS316
ShapeROUND
SizeALL SIZES
BrandJP METALS
Unit LengthALL SIZES
GradeALL SIZES
StandardALL SIZES
ColorSTEEL
Material GradeSTAINLESS STEEL
ConditionNew

GENERAL CHARACTERISTICS OF VASCOMAX 350 CVM (MARAGING 350)

VascoMax 350 CVM (Maraging 350) provides excellent strength and ductility at 340000 psi and higher, making it ideally suited for the aerospace and rocket industries. VascoMax 350 CVM, offering easy welding and heat treatment capabilities, meets demanding structural and tooling requirements.

CHEMICAL COMPOSITION OF VASCOMAX 350 CVM
  • Molybdenum 4.00-5.00
  • Nickel 17.00-19.00
  • Cobalt 11.00-12.75
  • Titanium 1.20-1.45
  • Aluminum 0.05-0.15
  • Boron 0.003
  • Zirconium 0.02
  • Calcium 0.05
  • Carbon 0.03 max
  • Silicon 0.10 max
  • Manganese 0.10 max
  • Sulfur 0.01 max
  • Phosphorus 0.01 max
  • Iron balance
HEAT TREATMENT OF VASCOMAX 350 CVM
  • Anneal by holding at 1475° to 1525°F (802° to 829°C) for one hour for each inch of thickness, air cool
  • Age after solution anneal by holding at 900° to 950°F (482° to 510°C) between 3 and 6 hours, then air cool
  • Nitriding can be achieved by heating between 800°and 850°F (427° and 454°C) for at least 20 hours
APPLICATIONS OF VASCOMAX 350 CVM
  • Extrusion tooling
  • Pins
  • Forging inserts and dies
  • Shear blades
  • Mechanized equipment
  • Aerospace components
MACHINABILITY OF VASCOMAX 350 CVM
  • Difficult to machine when fully hardened
  • Can be readily machined when solution treated or annealed
  • Similar to Vasco 4340
  • Rough turning with high-speed steel tools
    • 80 sfpm
    • 0.009 ipr feed
    • 0.060” depth
  • Finish grinding
    • 3000-4500 sfpm wheel speed
    • 20 ft./min table speed
    • 0.003”/pass down feed
    • 0.025”/pass cross feed
WORKABILITY OF VASCOMAX 350 CVM
  • Forge between 2300° and 1600°F (1260° to 871°C)
  • Roll between 1900° and 1500°F (1038° and 816°C)
  • Annealing can increase hardness from 28 to 30 Rockwell C to 35 Rockwell

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Maraging 300 Steel Bar

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  • Maraging 300 Steel Bar
  • Maraging 300 Steel Bar
  • Maraging 300 Steel Bar
  • Maraging 300 Steel Bar

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Approx. Rs 4,000 / KilogramGet Latest Price

Product Details:

Material Grade300
BrandJ.P.Metals
Usage/ApplicationAs per requirment
Single Piece LengthAs per requirment
FeaturesAs per requirment
Thickness/DiameterAs per requirment

PRINCIPAL DESIGN FEATURES

Maraging 300 alloy is a very high strength iron base, nickel , molybdenum, cobalt alloy. It may be age hardened to a strength level of 300 ksi ultimate with a hardness on the order of Rockwell C 53.

APPLICATIONS

Used for very high strength structural applications such as aircraft land gear components.

MACHINABILITY

Machinability is good, similar to that for 304 stainless steel.

FORMING

Maraging 300 steel has good ductility and is readily formed by conventional methods.

WELDING

The alloy is weldable by conventional methods, much the same as for 304 stainless steel.

HEAT TREATMENT

Maraging steel is not heat treatable for hardening except by aging. See “Aging”.

FORGING

The alloy may be forged as for stainless 304 alloy.

HOT WORKING

Hot working of maraging steel may be done at temperatures in the 500 to 200 F range. Prolonged exposure at these temperatures may result in some age hardening. However a full aging treatment should be given.

COLD WORKING

The alloy is readily cold worked by conventional methods.

ANNEALING

Annealing, if required after cold working, can be done at 1900 F followed by rapid air cooling.

AGING

The high strength and hardness properties are a result of an aging heat treatment at 900 F

TEMPERING

Not applicable to this alloy.

HARDENING

Maraging 300 hardens by cold working and by aging – see “Aging”.

Density: 0.289

Specific Gravity: 8

Specific Heat: 0.108

Melting Point: 2575

Thermal Conductivity: 136

MCTE: 5.6

MoETensile: 27.5

 


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Hastelloy C276 Steel Sheet

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  • Hastelloy C276 Steel Sheet
  • Hastelloy C276 Steel Sheet
  • Hastelloy C276 Steel Sheet

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Approx. Rs 1,800 / KilogramGet Latest Price

Product Details:

MaterialHastelloy
Material Grade276
ThicknessAs per Requirment
ColorWhite
BrandJ.P.Metals
SizeAs per Requirment

WHAT IS HASTELLOY C276?

C-276 is a wrought corrosion-resistant alloy. A prime advantage of this alloy is that it generally does not require solution heat treatment after welding. It resists the formation of grain boundary precipitates that would degrade corrosion resistance.

HASTELLOY C276 FORGINGS

Hastelloy C-276 is one of the most corrosion-resistant steels in the world. This powerful alloy goes beyond the benchmarks notched by its companion Hastelloy grades to include strong resistance across the board to oxidizers such as wet chlorine gas, hypochlorite, and chlorine dioxide. And with the legendary Hastelloy heat resistance, this alloy finds its way into a number of aerospace industrial applications.

Hard to find alloys are no problem here. Whether you are looking for a foreign chemistry or an obsolete blend, All Metals & Forge can usually have it prepared, forged and finished for you far faster than anyone else in the industry. These days, a growing number of clients come here for custom alloys of their own devising–no problem for a team that has helped to create some of the most popular alloys in the business.

Feel free to look around the site and familiarize yourself with the full sweep of products and service available here. You can always check the information resources for more data on any alloy, and handy tools help you zero in quickly on what you need.

FORGING APPLICATIONS

Chemical process equipment and desulfurization of flue gas equipment.

MACHINABILITY

Good machinability, although the alloy work hardens as is true of the nickel base alloys in general.

FORMING

Can be cold worked by all conventional methods.

WELDING

Weldable by all common methods except that excessive heat input should be avoided. Can be used in the “as-welded” condition without further heat treatment for most corrosive applications.

HEAT TREATMENT

Solution heat treatment is done at 2050 F followed by a rapid quench. The alloy is supplied in this condition. If hot forming or forging is done then the parts should be solution heat treated, if possible, before use.

FORGING

The alloy can be forged or hot-upset by conventional means.

HOT WORKING

Can be hot formed or extruded. Should be solution heat treated following hot forming.

COLD WORKING

Readily cold worked by conventional methods.

ANNEALING

Normally supplied and use in the solution treated condition, a 2050 F soak followed by rapid quench.

AGING

Not normally done. The alloy is used in solution treated condition.

TEMPERING

Not applicable to this alloy.

HARDENING

Hardened by cold working only.

OTHER MECHANICAL PROPERTIES

“U” notch impact strength at -320 F of 263 ft. lbs. in solution treated condition.

Density: 0.321

Specific Gravity: 8.89

Specific Heat: 0.102

Electrical Resistivity: 779

Melting Point: 2500

Thermal Conductivity: 78

MCTE: 6.2

MoE Tensile: 29.8

 


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Zirconium Bar 32

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  • Zirconium Bar 32
  • Zirconium Bar 32
  • Zirconium Bar 32

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Approx. Rs 5,000 / KilogramGet Latest Price

Product Details:

SizeAs per requirment
Unit LengthAs per requirment
BrandJ.P.Metals
ColorZirconium
DiameterAs per requirment
Material Grade32
Usage/ApplicationIndustrial
ThicknessAs per requirment

GENERAL CHARACTERISTICS OF ZIRCONIUM 32

Zirconium 32 is a reactor-grade zirconium-tin alloy that offers high-heat mechanical characteristics and resists corrosion in steam and irradiated water environments. As easy to fabricate as unalloyed metal.

CHEMICAL COMPOSITION OF ZIRCONIUM 32
  • Iron 0.07-0.20
  • Tin 1.2-1.7
  • Chromium 0.05-0.15
  • Nickel 0.03-0.08
  • Iron-chromium-nickel  0.18-0.38
  • Zirconium balance
HEAT TREATMENT OF ZIRCONIUM 32
  • Cold-worked zirconium 32: anneal at 1250° to 1350°F  (677° to 732°C) for one hour
  • Hot-worked zirconium 32: air anneal at 1400°F (760°C) for 20 minutes
  • Heat for several hours at 900°F (482°C) to relieve forming stress
  • Solution treat by soaking at 1950°F (1066°C) and water quenching; then reheat to no more than 1450-°F (788°C)
APPLICATIONS OF ZIRCONIUM 32
  • Water reactors’ fuel sheathing and structural parts
MACHINABILITY OF ZIRCONIUM 32
  • Conventional methods; similar to titanium
  • Slow speeds
  • Heavy feeds
  • Soluble lubricants
  • Cemented carbide and high-speed tools
WORKABILITY OF ZIRCONIUM 32
  • Similar to titanium when rolling and forging
  • Control temperatures and use heavy equipment
  • 100° or 120° bending before spring-back on temper-rolled or planished zirconium
  • 95° to 110° bending for soft-annealed zirconium

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