Nickel Alloy C22-Hastelloy C22 wire mesh_METART BUILDING TECH CO., LTD

Introduction

Nickel Alloy C22 wire mesh, also known as Hastelloy® C-22 wire mesh, N06022 wire mesh, and Werkstoff's number 2.4602 wire mesh, is a nickel-molybdenum-chromium-tungsten super alloy with 56% high nickel, 22% chromium and 13% molybdenum. Both Hastelloy C22 and C276 are very important alloys in the family of Hastelloy. C22 wire mesh and C276 wire mesh have different applications in the chemical industry due to their different chemical compositions. The major difference between Hastelloy C22 and C276 is that the Hastelloy C22 is very important due to its enhanced versatility and exceptional resistance to chloride-induced pitting whereas the Hastelloy C276 is very important due to its proven performance in a wide range of aggressive chemicals.

C-22 wire mesh is a great alternative when super austenitic stainless steel wire mesh such as AL-6XN® wire mesh, 904L wire mesh, and duplex stainless steels (2205 wire mesh and 2507 wire mesh) will not withstand extremely aggressive media. This is because it is a nickel-chromium-molybdenum-tungsten alloy wire mesh with better overall resistance to uniform and localized corrosion than any other Ni-Cr-Mo alloy wire mesh.
As C-22 mesh and C276 mesh has many similarities which always lead to confusion, but C22 wire mesh has better overall corrosion resistance compared to C-276 mesh and is often referred to as the upgrade from C-276 wire mesh.
Alloy C-22 wire mesh should not be used in service temperatures above 1250°F (676℃) due to the formation of detrimental phases which form above this temperature.
Hastelloy c-22 alloy wire mesh has a density of 8.7g/cm3, less than that of C276 alloy wire mesh (8.9g/cm3). However, C22 is more expensive because the manufacturing cost of C22 is higher than that of C276. Generally, both of these 2 types of wire mesh can be replaced each other in most cases. C276 wire mesh is more versatile and the C22 wire mesh offers better performance.

EQUIVALENT STANDARDS

INDUSTEEL TRADEMARKS

UNS

ASTM

EURONORMS EN

JIS

N06022

EN 2.4602

NiCr21Mo14W

H 4551:2000

Chemical Composition of Nickel Alloy C-22 and Hastelloy® C22 wire mesh

Ni	Cr	Mo	Fe	W	Mn	Co	V	Si	C	S	P
56.0 Balance	20.0-22.5	12.5-14.5	2.0-6.0	2.5-3.5	0.5Max	2.5Max	0.35Max	.08Max	0.01Max	.02Max	.02Max

Physical Properties of Nickel Alloy C22 and Hastelloy® C22 wire mesh.

Physical Properties	°F	British Units	°C	Metric Units
Density	75	0.314 lb./in.(3)	24	8.69 g/cm(3)
Melting Range	2475-2550	…	1357-1399	…
Electrical Resistivity	75	44.8 microhm-in.	24	1.14 microhm-m
	212	48.3 microhm-in.	100	1.23 microhm-m
	392	48.7 microhm-in.	200	1.24 microhm-m
	572	49.3 microhm-in.	300	1.25 microhm-m
	752	49.6 microhm-in.	400	1.26 microhm-m
	932	49.9 microhm-in.	500	1.27 microhm-m
	1112	50.2 microhm-in.	600	1.28 microhm-m
Mean Coefficient of Thermal Expansion	75-200	6.9 microin./in.-°F	24-93	12.4 X 10(-6)m/m-K
	75-400	6.9 microin./in.-°F	24-204	12.4 X 10(-6)m/m-K
	75-600	7.0 microin./in.-°F	24-316	12.6 X 10(-6)m/m-K
	75-800	7.4 microin./in.-°F	24-427	13.3 X 10(-6)m/m-K
	75-1000	7.7 microin./in.-°F	24-538	13.9 X 10(-6)m/m-K
	75-1200	8.1 microin./in.-°F	24-649	14.6 X 10(-6)m/m-K
	75-1400	8.5 microin./in.-°F	24-760	15.3 X 10(-6)m/m-K
	75-1600	8.8 microin./in.-°F	24-871	15.8 X 10(-6)m/m-K
	75-1800	9.0 microin./in.-°F	24-982	16.2 X 10(-6)m/m-K
Thermal Conductivity	118	70 Btu-in/ft²-hr-°F	48	10.1 W/m-K
	212	77 Btu-in/ft²-hr-°F	100	11.1 W/m-K
	392	93 Btu-in/ft²-hr-°F	200	13.4 W/m-K
	572	108 Btu-in/ft²-hr-°F	300	15.5 W/m-K
	752	121 Btu-in/ft²-hr-°F	400	17.5 W/m-K
	932	135 Btu-in/ft²-hr-°F	500	19.5 W/m-K
	1112	148 Btu-in/ft²-hr-°F	600	21.3 W/m-K
Thermal Diffusivity	70	0.004 in²/sec	21	2.7 x 10(-6)m²/s
	212	0.005 in²/sec	100	3.0 x 10(-6)m²/s
	392	0.005 in²/sec	200	3.5 x 10(-6)m²/s
	572	0.006 in²/sec	300	3.9 x 10(-6)m²/s
	752	0.007 in²/sec	400	4.2 x 10(-6)m²/s
	932	0.007 in²/sec	500	4.6 x 10(-6)m²/s
	1112	0.007 in²/sec	600	4.8 x 10(-6)m²/s

Specification List:

Mesh Count /Inch	Wire Diameter		Aperture		Open Area %	Weight (LB) /100 Square Foot
Mesh Count /Inch	Inch	MM	Inch	MM	Open Area %	Weight (LB) /100 Square Foot
1 × 1	.080	2.03	.920	23.37	84.6	41.1
2 × 2	.063	1.60	.437	11.10	76.4	51.2
3 × 3	.054	1.37	.279	7.09	70.1	56.7
4 × 4	.063	1.60	.187	4.75	56.0	104.8
4 × 4	.047	1.19	.203	5.16	65.9	57.6
5 × 5	.041	1.04	.159	4.04	63.2	54.9
6 × 6	.035	.89	.132	3.35	62.7	48.1
8 × 8	.028	.71	.097	2.46	60.2	41.1
10 × 10	.025	.64	.075	1.91	56.3	41.2
10 × 10	.020	.51	.080	2.03	64.0	26.1
12 × 12	.023	.584	.060	1.52	51.8	42.2
12 × 12	.020	.508	.063	1.60	57.2	31.6
14 × 14	.023	.584	.048	1.22	45.2	49.8
14 × 14	.020	.508	.051	1.30	51.0	37.2
16 × 16	.018	.457	.0445	1.13	50.7	34.5
18 × 18	.017	.432	.0386	.98	48.3	34.8
20 × 20	.020	.508	.0300	.76	36.0	55.2
20 × 20	.016	.406	.0340	.86	46.2	34.4
24 × 24	.014	.356	.0277	.70	44.2	31.8
30 × 30	.013	.330	.0203	.52	37.1	34.8
30 × 30	.012	.305	.0213	.54	40.8	29.4
30 × 30	.009	.229	.0243	.62	53.1	16.1
35 × 35	.011	.279	.0176	.45	37.9	29.0
40 × 40	.010	.254	.0150	.38	36.0	27.6
50 × 50	.009	.229	.0110	.28	30.3	28.4
50 × 50	.008	.203	.0120	.31	36.0	22.1
60 × 60	.0075	.191	.0092	.23	30.5	23.7
60 × 60	.007	.178	.0097	.25	33.9	20.4
70 × 70	.0065	.165	.0078	.20	29.8	20.8
80 × 80	.0065	.165	.0060	.15	23.0	23.2
80 × 80	.0055	.140	.0070	.18	31.4	16.9
80 × 80	.0047	.119	.0078	.198	39	11.39
90 × 90	.005	.127	.0061	.16	30.1	15.8
100 × 100	.0045	.114	.0055	.14	30.3	14.2
100 × 100	.004	.102	.0060	.15	36.0	11.0
100 × 100	.0035	.089	.0065	.17	42.3	8.3

Mesh Count/ Inch	Wire Diameter				Type of Weave
	Warp wire dia.		Weft wire dia.
	inch	mm	inch	mm
12x64	0.023	0.58	0.0165	0.42	Plain
14x88	0.019	0.48	0.012	0.30	Plain
14x110	0.016	0.40	0.011	0.28	Plain
24x110	0.014	0.355	0.010	0.25	Plain

Application

-Nuclear fuel reprocessing
-Pesticide production
-Phosphoric acid applications
-Pickling system components
-Plate heat exchangers
-Sulfur oxide cooling towers
-Tubular heat exchangers
-Acid production
-Waste water processing
-Pharmaceutical industries

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Known widely in the engineering sector, Inconel wire mesh shows excellent strength, resistance to oxidation, corrosion and even extreme foehn winds. It is used for aerospace, marine, chemical processing and power generation industries, allowing for efficacy and reliability in the most ghastly conditions. This article focuses on issues, purposes, and pros of Inconel wire mesh, while also stating Metart Building Tech as one of the leading suppliers of the product.

Inconel is designed nickel-chromium based superalloy that best operates in extreme conditions. Compared to other materials, Inconel wire mesh provides superior capabilities it does not get stressed or corroded and oxidation becomes several times easier. It is a requisite for sectors that require great filtering, structural soundness and durability.

Inconel Wire Mesh's crucial attributes.

1. High Temperature Sustainability to Function

It is able to withstand greater than 1000 degree celcius without fainting making it ideal for industrial and high heat purposes.

2. Corrosion Resistance of the Greatest Level

Incredibly resistant to oxidation, acidic environments, and chemicals in seawater making it extremely favourable in marine and chemical arenas.

3. Greater Toughness and Sturdiness

Extracts from the surface microclimate have been presented as markers which help indicate the stresses and temperatures under which crystals interact.

4. Flexible Weaving Patterns

These patterns can be supplied in basic, twill or Dutch style weaves to suit particular industrial needs.

Applications of Inconel Wire Mesh In The Industry

1. Aerospace Industry

Jet engines, turbines, exhaust parts and heat shields must withstand tremendous thermal stresses, which make this material essential.

2. Chemical Processing

Used for filtering, supporting catalysts, and heat exchangers in strong corrosive environments.

3. Marine and Offshore Operations

It has excellent resistance to saltwater which is useful in oil rigs, desalination stations, and other underwater constructions.

4. Power Generation

High performance Inconel 625 is widely used in nuclear reactors and steam generators, where high operational temperatures are normal.

5. Automotive And Gas Turbines

Inconel parts can be used in manifolds turbocharger turbines and other highly stressed and heated mobile components.

Why Metart Building Tech is the Best For Inconel Wire Mesh?

Metart Building Tech is one of the best manufacturers of Inconel wire mesh of any type, for practically any industry. Their Inconel wire mesh products made with Nickel Alloy 600 (Inconel 600) Wire Mesh is specially manufactured with great care and accuracy which makes them stand out from the rest of the market.

Benefits of Metart Building Tech’s Inconel Wire Mesh

Metart Being the Industry Leader, the weave patterns on their Inconel wire mesh products do not suffer from loosening or wearing off due to the use of more advanced weaving machinery.

• Custom Fabrication - Different sizes of the mesh, wire diameters, and weaving styles are available as per the needs of the application.

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Conclusion

Inconel wire mesh is ideal for industries that need materials that can withstand very high temperatures, heat, and pressure. For extreme industrial applications where durability, heat resistance, and corrosion protection are of utmost importance, this is the most dependable option.

Metart Building Tech, as a manufacturer, provides the industry with the best Inconel 600 wire mesh that goes beyond set standards.

Check out Metart Building Tech’s collection of nickel alloy 600 wire mesh and find the perfect solution for your industrial application.

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