Hastelloy C276 Wire Mesh Manufacturer

Monel 400 Wire Mesh

Sizes in Stock
Alloy 400 Woven Wire Mesh Diameter: :0.05 to 15.0 mm
WNR 2.4360 Welded Wire Mesh Count:0.2 to 250
UNS N04400 Mesh Length:100 to 6000 mm
European & American Standard: RRW 360, ASTM E 2016-11, ANSI/AWCI - 01 -1992, UNS N04400, WNR 2.4360
Construction Type: Welded/ Woven
UNS N04400 Mesh Weave Types: Five Heddle, Twill/ Twilled Dutch, Plain, Herringbone, Dutch
Crimp Style: Intercrimp, Flat Top, Lock Crimp, Double Crimp
Testing : Flexure, Bubble Point, Compressive Tests
Delivery Time:
Egypt- 17-19 Days
Indonesia : 6-8 Days

Manufacturer of Alloy 400 Welded Wire Mesh in India in Sizes Ranging From 3 to 400 Mesh

Monel 400 Wire Mesh


Supplier of UNS N04400 Twill And Plain Weave Woven Wire Mesh at Special Price in Mumbai

Monel 400 Wire Mesh Specification

Alloy 400 Mesh Testing

Alloy 400 Mesh Testing

  • Testing:Flexure, Compressive, Bubble Point Tests
  • Standards: RRW 360, ANSI/AWCI - 01 -1992
  • Packaging: HDPE Bag, Wooden box, Paper Tube
Worldwide Standards

Worldwide Standards

  • ASTM E 2016-11
  • UNS:N04400
  • WNR:2.4360

Stockist of DIN 2.4360 Dutch Twill Mesh in Size Ranging From 0.05 to 15.0 mm at Factory Price

Standard Sizes

Standard Sizes

  • Mesh: 0.2 to 250
  • Size Of Opening:0.05 to 30mm
  • Diameter Of Wire:0.05 to 15.0 mm
  • Size Of Sheets : width up to 5000mm
  • Construction Type: Woven/ Welded
UNS N04400 Mesh Weave Types

UNS N04400 Mesh Weave Types

  • Dutch
  • Plain
  • Twill/ Twilled Dutch
  • Five Heddle
  • Herringbone
WNR 2.4360 Wire Mesh Density

WNR 2.4360 Wire Mesh Density

  • Density: 8.80 g/cm³
  • Melting Point:2370-2460° F
  • Temprature Range:up to 1000° F
  • Life Span: 25-30 years
 Nicorros LC Mesh Crimp Style

Nicorros LC Mesh Crimp Style

  • Lock Crimp
  • Double Crimp
  • Intercrimp
  • Flat Top
  Monel 400 Wire Mesh  Export Delivery

Monel 400 Wire Mesh Export Delivery

  • 4-6 weeks as pe the order

 

Monel® 400 Wire Cloth Production Capacity

Monel® 400 Wire Cloth Production Capacity

  • 4 lakh meters annually
  Monel Alloy 400 Woven Wire Mesh Domestic Delivery

Monel Alloy 400 Woven Wire Mesh Domestic Delivery

  • 3 week
  Alloy 400 Welded Wire Mesh Roll Length

Alloy 400 Welded Wire Mesh Roll Length

  • 30 meter
Phyweld 400 Plain Weave Wire Mesh Applications

Phyweld 400 Plain Weave Wire Mesh Applications

  • Defence
  • Energy (Gas and Electricity)
  • Nuclear industries
  • Marine and Shipbuilding
  • Paper and pulp plant
UNS N04400 Herringbone Weave Wire Mesh Value Added Services

UNS N04400 Herringbone Weave Wire Mesh Value Added Services

  • Monel Wires Elevated Temperature Testing
  • Alloy Verification
  • Stress Rupture Testing (Creep)
  • Metallographic Inspection / Investigation
  • Chemical Analysis
 Nickel 400 Wire Mesh Rope Features and Benefits

Nickel 400 Wire Mesh Rope Features and Benefits

  • High intensity and elastic module
  • Good electric and thermal conduction
  • Corrosion and wear resistance
  • Anti-static, radiation protection
 Alloy 400 Wire Cloth Origin

Alloy 400 Wire Cloth Origin

  • European Origin
  • Japanese Origin
  • Indian Origin

 

 


Nickel Alloy 400 Wire Mesh Sizes in Stock

Type of Wire mesh Thickness
Monel Plain Weave, Monel Twill Weave, Monel Dutch Weave, Monel Plain Dutch Wire Mesh, Monel Dutch Twill Weave, Monel Twill Dutch Weave, Monel Reverse Dutch Wire Mesh, Monel Reverse Twill Dutch Wire Mesh, Monel Cross Twill Weave & Monel Wire 10 mm To 100 mm Diameter in 100 mm TO 6000 mm Length

Exporter of Alloy 400 Wire Mesh in Different Forms Like Woven, Plain Weave, Twill Weave and Dutch Weave etc

Forms of WNR 2.4360 Wire Mesh in Stock

In Stock Monel 400  Wire

Monel 400 Wire

In Stock Alloy 400  Mesh

Alloy 400 Mesh

In Stock  400 Monel   Welded Wire Mesh

400 Monel Welded Wire Mesh

In Stock Nickel Alloy 400 Woven Wire Mesh

Nickel Alloy 400 Woven Wire Mesh

In Stock WNR 2.4360 Plain Weave Wire Mesh

WNR 2.4360 Plain Weave Wire Mesh

In Stock UNS  N04400 Twill Weave Wire Mesh

UNS N04400 Twill Weave Wire Mesh

In Stock  Din 2.4360 Dutch Weave Wire Mesh

Din 2.4360 Dutch Weave Wire Mesh

In Stock  Monel 400 Crimped Weave Wire Mesh

Monel 400 Crimped Weave Wire Mesh

In Stock  Alloy 400 Three Heddled Weave Wire Mesh

Alloy 400 Three Heddled Weave Wire Mesh

In Stock  Uns N04400 Five Heddled Weave Wire Mesh

Uns N04400 Five Heddled Weave Wire Mesh

In Stock    Alloy 400    HY Flex Wire Mesh

Alloy 400 HY Flex Wire Mesh

 

In Stock    Monel 400   Herringbone Weave Wire Mesh

Monel 400 Herringbone Weave Wire Mesh



Check Monel 400 Hi Flex Wire Mesh WNR 2.4360 Wire Mesh Properties Before Purchasing The Material

WNR 2.4360 Wire Mesh Properties.

  • Chemical Properties
  • Mechanical Properties
  • Physical Properties
  • C Ni Mn Fe S Si Cu
    MIN - 63.000 - - - - 28.000
    MAX 0.300 2.000 2.500 0.024 0.500 34.000
  • Yield Strength
    0.2% Proof
    (MPa)
    Tensile strength
    (MPa)
    Elongation
    (% in 50mm)
    Hardness
    (HV)
    MIN 195 480 35.00  
    MAX       131
  • Density g/cm³ 8.8
      lb/in³ 0.318
    Melting Range °F 2370-2460
      °C 1300-1350
    Modulus of Elasticity ksi 103
    Curie Temperature °F 70-120
      °C 21-49
    Torsion   9.5
    Poisson's Ratio   0.32
    Tension   26

UNS N04400 Mesh Specifications and Standards

Grade North America France Germany Japan Russia European Russian British Other Names
Monel 400 UNS N04400 AFNOR NU3 WNR/DIN 2.436/NiCu30Fe BS NA 30 Alloy 400/ Nickel 400

 

Properties of Monel 400 alloy

Alloy 400 Cold Forming

Alloy 400 displays excellent cold forming characteristics. Soft Die materials can be used for a better finish.

Alloy 400 Hot Forming

Alloy 400 can be hot-formed into any shape. The Hot working temperature range for this alloy must be between 648-1176°C (1200-2150°F).

Alloy 400 Machining

Alloy 400 can be machined at satisfactory rates with machine tools generally used for iron alloys.

Alloy 400 Welding

Welding Methods for Alloy 400 is similar to austenitic stainless steels. Alloy 400 can easily be joined by gas-tungsten arc, gas metal arc or shielded metal arc processes using appropriate filler metals.

Alloy 400 Heat Treatment

Heat treatment for alloy 400 should be done in a sulfur-free environment. Annealing cycle for alloy 400 should range from 1300 to 1800°F, however, 1600 to 1800°F is most typical.

 


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