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Maraging Steel - Vascomax

MARAGING / VASCOMAX / MDN STEEL

Stronger Steel - Higher Quality - Minimum Distortion
Maraging Steel is an iron-based steel alloyed with 18% nickel and 7 to 12% cobalt as a strengthening agent. Essentially carbon-free, other alloying elements include moly, aluminum and titanium. This combination creates a superior steel that:
  • Meets AMS 6512.
  • Meets AMS 6514.
  • Meets MIL-S-46850.
  • Maintains high strength and toughness.
  • Allows close machining with minimal distortion.
  • Has uniform, predictable shrinkage during heat treatment.
  • Can be nitrided easily.
  • Resists corrosion and crack propagation.
  • Has a high level of cleanliness and excellent polish ability.
  • Remains readily weldable.

Maraging (Vascomax) in Aerospace
Maraging (Vascomax) is stronger than most standard steel yet still malleable. It can be flow formed over mandrels as a thinner rocket or missile skin at any length. Thinner means more room for payloads and fuel.

Maraging for the Military
Our armed forces rely on weapons that perform reliably over long periods in harsh environments. Maraging (Vascomax) retains its strength and has minimum distortion and deterioration, even after heat and pressure. It is a key material in the manufacture of all types of firing pins and breech blocks.

Maraging in Manufacturing
Maraging's ability to expand without cracking make it the material of choice for drill chucks. Its uniform machinability and durability make it ideal for producing gears in sophisticated robotic arms in assembly lines, and its high strength and wear resistance make it perfect for grippers in automation lines. Other Maraging (Vascomax) benefits for the manufacturing arena include excellent polishability and weldability with pre- or post heating.

Maraging in Tool & Die Making
Maraging has a significant cost advantage over other alloys. Uniform predictable shrinkage during heat treatment means Maraging does not require excessive reworking. It is easily machined. Its hardness and strength allow it to withstand the repeated pressures of compression molding for longer tool life with a very good surface finish.

Maraging 250 - C250 / MDN 250 / Vascomax C250 / UNS K92890
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Maraging 250 - C250 / MDN 250 / Vascomax C250 / UNS K92890

Rs 3,000 / KilogramGet Latest Price

Minimum Order Quantity: 5 Kilogram

ApplicationPharmaceutical / Chemical Industry, Automobile Industry, Oil & Gas Industry, pharmaceutical/chemical industry, Construction
Blue5000
Dimensions1.5mm-300.0mm

MARAGING C250

Maraging is a 18% nickel, cobalt strengthened steel (C-type), with excellent mechanical properties, workability and heat treatment characteristics. Applications: Typical applications for maraging include missile and rocket motor cases, landing and takeoff gear, munitions, aerospace, extrusion tooling, die casting, high performance shafting, gears and fasteners.

Chemical Composition Limits
Weight%NiCoMnSiCAlMoSPTiFeCrCu
Maraging C25017.0 / 19.07.0 / 8.50.10 max0.10 max0.03 max0.05 / 0.154.6 / 5.20.010 max0.010 max0.3 / 0.5Bal0.500.50


Material Melt Method: Maraging melt method is a VIM (Vacuum Induction Melt) + VAR (Vacuum Arc Remelt)

Shipped Condition: Maraging is supplied in the annealed and descaled condition. The alloy is very tough, relatively soft (30/34 Rc), therefore, readily machined and formed.

Bar Tolerances: .250” - .499” .500” - .999” 1.000” – 3.625” 3.626” – 6.000” 6.001” – 8.000” 8.001” – 10.000” -.000/+.005 -.000/+.010 -.000/+.031 -.000/+.047 -.000/+.063 -.000/+0.078

Minimum Properties (After Heat Treatment):
Hardness - Rc 48
Charpy V-notch - 15 ft/lbs
Reduction of Area - 50%
Elongation - 6.0%
Yield Strength - 240 ksi
Fracture Toughness - 75 KIC

Physical Properties:
Density - 289 lbs./cu.
In Average Coefficient of Thermal Expansion (70 – 900 F) - 5.6 x 10 -6 in/in. F

Heat Treatment Aging Process: (Non Die Casting)
Material is to be heat treated to 900 F +/- 10 holding at temperature for 6 hours then cooling at room air temperature. During the aging treatment maraging shrinks uniformly and predictably on all dimensions .0009 in/in

Heat Treatment Aging Process: (Die Casting)
Following the rough machining of the die, anneal at 1500-1525 F for 1 hour per inch of thickness is recommended. After finish machining , an aging heat treatment of 980-1000 F for 6 hours is recommended.

Machining:
Maraging steel in the annealed condition is comparable to 4340. However, when maraging is aged, the type of cutting tool and speeds change. Rigid equipment, firm tool supports, sharp tools and abundant coolant are essential.

Welding:
Maraging is weld able without preheat, in both the annealed and aged condition. Only an aging heat treatment is needed to restore in the weld.

Standards:
AMS 6512
ASTM A 538
Mil-S-46850D
UNS K92890

Additional Information:

  • Item Code: Maraging250-C250_MDN-250_Vascomax-C250_UNS-K92890
  • Pay Mode Terms: L/C (Letter of Credit),D/A,D/P,T/T (Bank Transfer),Other
  • Port of Dispatch: JNPT Nhava Sheva
  • Production Capacity: 5 Tonnes Monthly
  • Delivery Time: 2 Weeks
  • Packaging Details: As Required

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Maraging 350 - C350  / MDN 350 / Vascomax C350 / UNS K93120
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Maraging 350 - C350 / MDN 350 / Vascomax C350 / UNS K93120

Rs 3,000 / KilogramGet Latest Price

Minimum Order Quantity: 5 Kilogram

ApplicationConstruction, pharmaceutical/chemical industry, Automobile Industry, Pharmaceutical / Chemical Industry, Oil & Gas Industry
Black4500
Dimensions1mm-2000mm

MARAGING C350

Maraging is a 18% nickel, cobalt strengthened steel (C-type), with excellent mechanical properties, workability and heat treatment characteristics. Applications: Typical applications for maraging include missile and rocket motor cases, landing and takeoff gear, munitions, aerospace, extrusion tooling, die casting, high performance shafting, gears and fasteners.

Chemical Composition Limits
Weight%NiCoMnSiCBPSAlMoTiZr
Maraging 35018.5012.00.10 max0.10 max0.03 max0.0030.01 max0.01 max0.104.81.400.01


Material Melt Method: Maraging melt method is a VIM (Vacuum Induction Melt) + VAR (Vacuum Arc Remelt)

Shipped Condition: Maraging is supplied in the annealed and descaled condition. The alloy is very tough, relatively soft (38 Rc Max.), therefore, readily machined and formed.

Bar Tolerances: .250” - .499” .500” - .999” 1.000” – 3.625” 3.626” – 6.000” 6.001” – 8.000” 8.001” – 10.000” -.000/+.005 -.000/+.010 -.000/+.031 -.000/+.047 -.000/+.063 -.000/+0.078

Minimum Properties after Aging:
Hardness ……………… 56 Rc
Charpy V-notch ……… 6 ft/lbs. min
Reduction of Area ……. 25%
Elongation ……………. 2.8%
Yield Strength …………. 330 ksi
Fracture Toughness ….. 25

Physical Properties:
Density………………………………… .289 lbs./cu. In
Average Coefficient of Thermal Expansion (70 – 900 F) ……………… 5.6 x 10 -6 in/in. F

Heat Treatment Aging Process: (Non Die Casting Applications) Material is to be heat treated to 900 F +/- 10 holding at temperature for 6 hours then cooling at room air temperature. During the aging treatment maraging shrinks uniformly and predictably on all dimensions .001 in/in

Heat Treatment Aging Process: (Die Casting Applications) Following the rough machining of the die, anneal at 1500-1525 F for 1 hour per inch of thickness is recommended. After finish machining, an aging heat treatment of 980-1000 F for 6 hours is recommended.

Machining: Maraging steel in the annealed condition is comparable to 4340. However, when maraging is aged, the type of cutting tool and speeds change. Rigid equipment, firm tool supports, sharp tools and abundant coolant are essential.

Welding: Maraging is weld able without preheat, in both the annealed and aged condition. Only an aging heat treatment is needed to restore in the weld.

Standards:
Mil-S-46850D

Additional Information:

  • Item Code: Maraging350-C350_MDN-350_VascomaxC350_UNS-K93120
  • Pay Mode Terms: L/C (Letter of Credit),D/A,D/P,T/T (Bank Transfer),Other
  • Port of Dispatch: JNPT Nhava Sheva
  • Production Capacity: 5 Tonnes Monthly
  • Delivery Time: 2 Weeks
  • Packaging Details: As Required

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Aluminum Alloys 6063 63400 H9 Al-Mg-Si 0.5 - Round Bar
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Aluminum Alloys 6063 63400 H9 Al-Mg-Si 0.5 - Round Bar

Rs 850 / KilogramGet Latest Price

Minimum Order Quantity: 50 Kilogram

Surface Treatment Coated , Painted, Hot Rolled
Sheet Size (feet X feet)5 TO 500MM
Thickness 0.2mm-5mm

Background

Aluminium alloy 6063 is a medium strength alloy commonly referred to as an architectural alloy. It is normally used in intricate extrusions.

 

 

It has a good surface finish, high corrosion resistance, is readily suited to welding and can be easily anodised. Most commonly available as T6 temper, in the T4 condition it has good formability.

Applications of 6063 Aluminium

Aluminium alloy 6063 is used in:

  • Architectural applications
  • Extrusions
  • Window frames
  • Doors
  • Shop fittings
  • Irrigation tubing

In balustrading the rails and posts are normally in the T6 temper and formed elbows and bends are T4. T4 temper 6063 aluminium is also finding applications in hydroformed tube for chassis.

Alloy Designations

Aluminium alloy 6063/6063A also corresponds to the following standard designations and specifications:

  • AA6063
  • Al Mg0.7Si
  • GS10
  • AlMgSi0.5
  • A-GS
  • 3.32206
  • ASTM B210
  • ASTM B221
  • ASTM B241 (Pipe- Seamless)
  • ASTM B345 (Pipe- Seamless)
  • ASTM B361
  • ASTM B429
  • ASTM B483
  • ASTM B491
  • MIL G-18014
  • MIL G-18015
  • MIL P-25995
  • MIL W-85
  • QQ A-200/9
  • SAE J454
  • UNS A96063
  • HE19
Chemical Composition of 6063/6063A Aluminium

Table 1. Chemical composition for aluminium alloy 6063 and 6063A

Element6063 % Present6063A % Present
Si0.2 to 0.60.3 to 0.6
Fe0.0 to 0.350.15 to 0.35
Cu0.0 to 0.10.1
Mn0.0 to 0.10.15
Mg0.45 to 0.90.6 to 0.9
Zn0.0 to 0.10.0 to 0.15
Ti0.0 to 0.10.1
Cr0.1 max0.05
AlBalanceBalance
Tempers for 6063 Aluminium

The most common tempers for 6063 aluminium are:

  • Annealed wrought alloy
  • T4 – Solution heat treated and naturally aged
  • T6 – Solution heat treated and artificially aged

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