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Incoloy 800 Wire Mesh

Sizes in Stock
Inconel 800 Woven Wire Mesh Diameter: :0.05 to 15.0 mm
Alloy 800 Welded Wire Mesh Count:0.2 to 250
UNS N08800 Mesh Length:100 to 6000 mm
European & American Standard: ASTM E 2016-11, ANSI/AWCI - 01 -1992, RRW 360, UNS N08800, WNR 1.4876
Construction Type:Welded/Woven
Weave Types: Plain, Herringbone, Five Heddle, Twill/ Twilled Dutch, Dutch
Crimp Style: Flat Top, Lock Crimp, Double Crimp, Intercrimp
Testing : Flexure, Compressive, Bubble Point Tests
Delivery Time:
Singapore- 6-8 Days
Qatar: 7-8 Days

Manufacturer of UNS N08800 Woven Wire Mesh in Mumbai, India

Incoloy 800 Wire Mesh

Incoloy 800 Wire Mesh is one of the products supplied by Siddhagiri Metals and Tubes. The materials conform to International standards and specifications. UNS N08800 Wire Mesh is available in the size range of 10 mm To 100 mm Diameter in 100 mm TO 6000 mm Length. Our company is ISO 9001:2015 Certified and CRISIL MSE 4 Rated. We know that the dynamic needs of the sectors require products which are precise and advanced, and that is why our R&D team is fully committed to developing products and manufacturing processes which set new standards in the industry.

 

Incoloy Welded Wire Mesh is a grid formed by welding steel wires together at their intersections. Welded steel wire mesh offers greater strength and versatility over woven mesh. Welded mesh will not fray or unravel, is stable and rigid, has a smooth surface and has an excellent aesthetic appearance. Available in a wide range of wire diameters and opening sizes. Incoloy Woven Wire Mesh is a grid formed by weaving wires alternately over and under and are lock-crimped at their intersections. Woven wire mesh is stable and rigid, has a smooth surface and is aesthetically pleasing. Available in a wide range of wire diameters and opening sizes.

 

Siddhagiri Metals and Tubes is the market leader in the production of Incoloy wire Mesh of welded and woven types. Stainless steel wire mesh has varied applications in construction, food processing, automobile, mining, etc. We have the capacity to manufacture meshes with wires from 1,2 to 12 mm and of any aperture, square or rectangular. The wire mesh we supply conforms to ANSI/AWCI - 01 -1992 and ASTM E 2016-11 and RRW 360 specifications.

 

The thickness of wire mesh is 10 mm To 100 mm Diameter in 100 mm TO 6000 mm in Length. Stainless steel wire mesh is used in a wide variety of industries since it is one of the most common materials for woven wire mesh products besides mild steel and galvanised steel with different properties. Some common applications for stainless steel wire meshes are for instance industrial sieves, chemical filters, architectural decoration, dandy roll sleeves for paper making, dryer belts and conveyor belts for the non-food industry as well as for the food industry.

 

Siddhagiri Metals and Tubes have been supplying wire mesh globally since many years. We have exported our products to countries such as UAE, Qatar, USA, Europe, Thailand, South Africa, Japan, Indonesia, Russia, UK, Norway, etc. We have a good reputation amongst all our international clients.

Supplier of DIN 1.4876 Plain Weave Wire Mesh in Size Ranging From 6 to 100 Mesh

Inconel 800 Wire Mesh Specification

Alloy 800 Wire Mesh Standard Sizes

Alloy 800 Wire Mesh Standard Sizes

  • Mesh: 0.2mesh/inch to 300mesh/inch
  • Diameter Of Wire:0.05mm to 8.0mm
  • Length : 100 TO 6000 mm
  • Opening Size:0.05mm to 30mm
  • Construction Type: Woven/ Welded
UNS N08800 Woven Wire Mesh Weave Types

UNS N08800 Woven Wire Mesh Weave Types

  • Twill/ Twilled Dutch
  • Plain, Dutch
  • Five Heddle,
  • Herringbone
Testing & Packaging of Nickel Alloy 800 Welded Mesh

Surface Finish & Packaging of Nickel Alloy 800 Welded Mesh

  • Surface Finish: Mill Finish, PTFE Coating
  • Magnetic Permeability: 1.014
  • Packaging: Carrier, Bobbin, Wooden box, Spool, Reel
Nickel 800 Wire Mesh Worldwide Standards

Nickel 800 Wire Mesh Worldwide Standards

  • ASTM E 2016-11
  • UNS:N08800
  • WNR: 1.4876
Density & Melting Point of Inconel 800 Wire Mesh Roll

Density & Melting Point of Inconel 800 Wire Mesh Roll

  • Temprature Range: 1500°F (816°C).
  • Melting Point: 1357-1385°C | 2475-2525°F
  • Density:7.94 g/cm³
  • Life Span: 30 years
Alloy 800 dutch weave Wire Mesh Crimp Style

Alloy 800 dutch weave Wire Mesh Crimp Style

  • Double Crimp
  • Flat Top
  • Lock Crimp
  • Intercrimp
Wires Main Types of WNR 1.4876 Hi Flex Wire Mesh

Wires Main Types & Elongation of WNR 1.4876 Hi Flex Wire Mesh

  • Tensile Strength: 110 Kpsi
  • Yield strength:275 Mpa or 39900 psi
  • Origin: Indian Origin, European Origin, Japanese Origin
  • Thermal conductivity:11.5 W/m-K
  • Highest service Temperature:1900° F
  • Wires Elongation (≥ %): 30%
Nickel 800 Herringbone Weave Wire Mesh Surface & Condition

Nickel 800 Herringbone Weave Wire Mesh Surface & Condition

  • Electrical resistivity: 0.0000989 ohm-cm
  • Magnetic Permeability: 1.014
  • Curie temperature: -115oC or -175oF
  • Linear coefficient of thermal expansion: 14.4 micro-m/m-oC at 20oC to 100oC
  • Specific heat capacity: 0.460 J/goC
Type of Inconel 800 Dutch Weave Wire Mesh

Type of Inconel 800 Dutch Weave Wire Mesh

  • Welding Wiremesh, Wire Mesh
  • Hexagonal Wiremesh, Woven Wiremesh
  • Fencing Wiremesh
  • Netting Wiremesh
  • Spring Steel wire meshetc
Features of Inconel 800 Five Heddle Weave Wire Mesh

Features of Inconel 800 Five Heddle Weave Wire Mesh

  • Excellent resistance to stress corrosion cracking, alkali corrosion
  • Maintain a stable structure in high temperature and high pressure
  • Good welding performance and ductility
Application of Nickel Alloy 800 Herringbone Weave Wire Wesh

Application of Nickel Alloy 800 Herringbone Weave Wire Wesh

  • Used in chemical
  • Oil
  • Nuclear
  • Nitric acid cooler equipment
  • Food processing industries
Testing and Documents of DIN 1.4876 wire mesh rope

Testing and Documents of DIN 1.4876 wire Mesh Rope

  • Third Party Inspection Reports
  • NABL Approved Lab Reports
  • Destructive Test Report
  • Non Destructive Test Reports
  • PMI Test Reports

Stockist of Nickel Alloy 800 Twill Weave Wire Mesh in Variety of Sizes, Check Size Chart

Incoloy 800 Wire Mesh Sizes in Stock

Type of Wiremesh Thickness
Incoloy Plain Weave, Twill Weave, Dutch Weave, Plain Dutch Wire Mesh, Dutch Twill Weave, Twill Dutch Weave, Reverse Dutch Wire Mesh, Reverse Twill Dutch Wire Mesh, Cross Twill Weave & Wire. 10 To 100 mm Diameter & 100 TO 6000 mm Length

Find SB 564 N08800 Wire Mesh in Variety of Forms of Weaves Like Plain, Twill, Dutch etc

Most Common Types Of UNS N08800 Mesh in Stock

In Stock Incoloy 800 Wire

Incoloy 800 Wire

In Stock Alloy 800 Mesh

Alloy 800 Mesh

In Stock UNS N08800 Welded Wire Mesh

UNS N08800 Welded Wire Mesh

In Stock UNS N08800 Woven Wire Mesh

UNS N08800 Woven Wire Mesh

In Stock Nickel alloy 800 Plain Weave Wire Mesh

Nickel Alloy 800 Plain Weave Wire Mesh

In Stock Incoloy Alloy 800 Twill Weave Wire Mesh

Incoloy Alloy 800 Twill Weave Wire Mesh

In Stock Alloy Incoloy 800 Dutch Weave Wire Mesh

Alloy Incoloy 800 Dutch Weave Wire Mesh

In Stock WNR 1.4876 Crimped Weave Wire Mesh

WNR 1.4876 Crimped Weave Wire Mesh

In Stock Nickel 800 Three Heddled Weave Wire Mesh

Nickel 800 Three Heddled Weave Wire Mesh

In Stock EN 1.4876 Five Heddled Weave Wire Mesh

EN 1.4876 Five Heddled Weave Wire Mesh

In Stock 800 Inconel HY Flex Wire Mesh

800 Inconel HY Flex Wire Mesh

In Stock UNS 8800 Herringbone Weave Wire Mesh

UNS 8800 Herringbone Weave Wire Mesh

In Stock Inconel 1.4876 Twilled Dutch Weave Mesh

Inconel 1.4876 Twilled Dutch Weave Mesh



Properties of Incoloy 800 alloy

Incoloy 800 Cold Forming

Cold forming of Incoloy 800 is done by procedures similar to those used for Inconel Alloy 600 and Stainless Steel. The work-hardening rate for Inconel 800, is higher than the rate for mild steel but lower than that for Type 304 stainless steel. The work-hardening rate for Incoloy 800 is essentially the same as the rate for Inconel 600.

Incoloy 800 Hot Forming

Hot forming of Incoloy 800 is done in the temperature range of 1600 to 2200°F (870 to 1200°C). Heavy forging should be done at temperatures from 1850°F to 2200°F (1010°C to 1200°C). Forming at temperatures between 1200 and 1600°F (650-870°C) can result in cracking of the workpiece. The rate of cooling following hot forming is not critical with respect to thermal cracking. However, the alloy is subject to carbide precipitation in the 1000-1400°F (540- 760°C) temperature range and should be cooled rapidly through that range to avoid sensitization.

Incoloy 800 Machining

Incoloy 800 is readily machined by standard methods. Turning operations can be performed with high metal removal rates, good tool life, and good surface finish using coated carbide tools. Good results have also been obtained with high-speed-steel tools, which are better for interrupted cutting. Coated carbide tools have shown good life at cutting speeds of 110-190 sfpm (33.5-57.9 m/min) and a feed of 0.008-0.035 ipr (0.20-0.89 mm/rev.). High speed steel tools have been shown to have good life at cutting speeds of 35- 95 sfpm (10.7-29.0 m/min) and a feed of 0.008-0.035 ipr (0.20-0.89 mm/rev.).

Incoloy 800 Welding

Incoloy 800 has good weldability by all welding processes. Material to be welded must be thoroughly clean, and the proper joint designs must be used. For shielded metal-arc welding of Alloy 800, the recommended welding product is Inco-Weld a Electrode. For gas-tungsten-arc, gas-metal-arc, and submerged-arc welding, Inconel Filler Metal 82 is recommended. Incoflux 4 Submerged Arc Flux is used with the submerged-arc process. These products may be used for most dis-similiar welding requirements with Incoloy 800 as well.

Incoloy 800 Heat Treatment

All material to be heated must be clean. Oil, paint, grease, shop soil and other foreign substances must be removed prior to the heating operation. Heating must be performed in a low-sulfur atmosphere. Open heating must be done with low-sulfur fuel, and the furnace atmosphere must be maintained in a reducing condition to prevent excessive oxidation. Because of the readiness with which chromium is oxidized into a refractory oxide by air, carbon dioxide or water vapor, alloy 800 cannot be bright annealed in the usual industrial annealing furnace. Under closely controlled conditions, the alloy can be bright annealed in dry, pure hydrogen (dew point of -73°F (-58°C) or lower, less than 0.004% by volume water, and less than 0.007% by volume air).

Inconel 800 Wire Mesh Material Equivalent Chart

Grade North America France Germany Japan Russia European Russian British Other Names
Inconel 800 UNS N08800 AFNOR Z8NC32-21 WNR/DIN 1.4876 JIS NCF 800 GOST XH32T EURONORM X10NiCrAlTi32-20 OR ЭИ670 BS NA 15 Incoloy 800/ Alloy 800

 

Check ASTM B564 N08800 Dutch Weave and Hi Flex Wire Mesh Equivalent, Chemical and Mechanical Properties

Nickel 800 Wire Mesh Chemical & Mechanical Properties

  • Chemical Properties
  • Mechanical Properties
  • Physical Properties
  • C Ti Mn Fe S Si Cr Ni Cu Al
    MIN - 0.150 - 39.500 - 19.000 30.000 - 0.150
    MAX 0.100 0.600 1.500 0.015 1.000 23.000 35.000 0.750 0.600
  • Yield Str0.2% Proof(MPa) Tensile Str(MPa) Elong(% in 2mm) Hardness HV
    205 520 30.00 -
    - - - 182
  • Density lb/in³ 0.287
    g/cm³ 7.94
    Specific Heat (32-212°F), Btu/lb•°F 0.11
    (0-100°C), J/kg•°C 460
    Melting Range °F 2475-2525
    °C 1357-1385
    Curie Temperature °F -175
    °C -115
    Permeability 70°F (21°C) & 200 oersted (15.9 kA/m)  
    Annealed 1.014
      Hot-Rolled 1.009

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