Hastelloy B2 Pipes

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Hastelloy B2 Pipes Suppliers and Manufacturer in Auckland, New Zealand

Hastelloy Alloy B2 Pipes Exporter in Auckland, Hastelloy B2 Pipes Manufacturer in Christchurch, Hastelloy B2 Pipes Supplier and Manufacturer in Auckland, New Zealand

Enhance your projects to exceptional standards of quality and performance with our premium Hastelloy B2 Pipes, prominently showcased on our product pages. Engineered to perform across a wide variety of industrial uses, our extensive selection of Hastelloy B2 Pipes represents precision engineering and outstanding durability. Built to satisfy the most demanding industry standards, these pipes deliver remarkable corrosion resistance and long service life, guaranteeing peak performance even in the toughest environments. As a dependable supplier, we place customer satisfaction first by offering tailored solutions, competitive pricing, and prompt delivery. Whether for construction, infrastructure, or industrial projects, our Hastelloy B2 Pipes reliably exceed expectations, setting fresh benchmarks for reliability and innovation. Discover the pinnacle of excellence in material solutions, backed by our unwavering dedication to quality and performance.

Hastelloy B2 Pipes Specifications

Standard	ASTM B 622 B619 / ASME SB 622 / SB 619
Standard	ASTM, ASME and API
Size	15 NB UP TO B2 NB IN SCH 5S, 10S,10, 20, 40S, 40, STD, 60, 80S, 80, XS, 100, 120, 140, 160 & XXS
Length	Single Random, Double Random & Required Length, Cut Length
End	Plain End, Beveled End, Treaded

Hastelloy B2 Pipes Chemical Composition

Element	Hastelloy B2
Ni	Bal
C	0.02 max
Mn	1.0 max
Co	1.0 max
S	0.03 max
Si	0.1 max
Cr	1.0 max
Mo	26 – 30
Fe	2.0 max
P	0.04 max

Hastelloy B2 Pipes Mechanical Properties

Element	Hastelloy B2
Density	9.2 g/cm3
Melting Point	1370 °C (2500 ºF )
Tensile Strength	Psi – 1,10,000 , MPa – 760
Yield Strength (0.2%Offset)	Psi – 51000 , MPa – 350
Elongation	40 %
Hardness (Brinell)	–

Hastelloy Alloy B2 Pipes Price List in Christchurch, Hastelloy B2 Pipes Supplier and Manufacturer in Auckland, Hastelloy B2 Pipes Manufacturer in Christchurch

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We supply These Hastelloy B2 Pipes in compliance with DIN, ISO, JIS or ANSI Standard.

Hastelloy B2 Pipes Supplier in New Zealand, Hastelloy Alloy B2 Pipes Manufacturer in Auckland, Hastelloy B2 Pipes in Christchurch, New Zealand

Advantages of Hastelloy B2 Pipes

Corrosion Resistance: Hastelloy B2 offers excellent resistance to corrosion, particularly in reducing acidic environments like sulfuric, phosphoric and hydrochloric acids. This quality makes B2 pipe well-suited for uses such as chemical processing, where corrosion poses an unsettling concern.
Versatility: These tubes are adaptable and able to endure a spectrum of temperatures and pressures, which makes them fit for numerous applications across many industries, including chemical delivery production, pollution control, pulp and paper treatment, and more
High Strength: Hastelloy B2 pipe demonstrates outstanding strength even at high temperatures, enabling it to endure mechanical stresses and strains under challenging operating conditions
Resistance to Stress Corrosion Cracking: In contrast to certain nickel alloys, Hastelloy B2 shows strong resistance to stress corrosion cracking, which may develop from the joint influence of tensile stress and a corrosive setting. This characteristic delivers reliability and durability. The B2 pipes currently in service perform excellently.
Easy to manufacture:Hastelloy B2 pipe is remarkably simple to fabricate, weld and produce, allowing for efficient manufacturing and design. This can lead to cost savings and lower downtime or maintenance efforts.
Long life and durability:Owing to its corrosion resistance and outstanding mechanical qualities, Hastelloy B2 pipe delivers a lengthy service life and minimal maintenance needs, cutting total operating expenses over the long term
Compatibility :Hastelloy B2 works well with a broad range of chemicals and process fluids, further broadening its scope of applications in harsh industrial settings

Types of Hastelloy B2 Pipes

Hastelloy B2 Pipes Uses

Chemical applications: Hastelloy B2 pipe is extensively utilized in the chemical sector for managing corrosive chemicals like sulfuric acid, hydrochloric acid, phosphoric acid, acetic acid, and other harsh substances. It offers well-varied resistance to acids, making it appropriate for pharmaceutical, storage, and transport applications
Oil and Gas Industry: Within the oil and gas sector, Hastelloy B2 pipe is applied in processing units, refineries, and offshore platforms subject to environmental corrosion, which is a concern employed for the transport and treatment of acidic gases, acidic crude oil, and other corrosive liquids. They are found midstream and downstream in the projects.
Pulp and Paper Industry: Hastelloy B2 pipe has uses in the pulp and paper sector, especially in bleaching operations, chemical pulping, and other corrosive materials employed in papermaking. They deliver energy resistant to chlorine dioxide, chlorine gas, and other bleach chemical pulp treatments -including in various forms.
Pharmaceutical Industry: Within the pharmaceutical sector, Hastelloy B2 pipe is applied in equipment and systems for handling corrosives, solvents, and chemical reactions involved in the making, purification, and manufacture of drugs. They withstand corrosion and dirt and help guarantee chemical consistency and purity.
Power generation: Hastelloy B2 pipe is employed in power plants, particularly in zones where corrosion caused by high temperatures, humidity, and aggressive chemicals is a concern. It is frequently used in boiler systems, heat exchangers, and other components that withstand corrosion and temperature rise, essential to efficient and safe operation.
Desalination plants: In zones where seawater or brackish water is processed for freshwater, Hastelloy B2 pipe is employed at various stages of the desalination process. They deliver dependable power that is resistant to salting in areas of chloride concentration and other aggressive substances met during water treatment

Application Industry

Hastelloy B2 Pipes serve applications as varied as the industries that use them, led chiefly by the aerospace, railway, construction and automotive sectors, along with petrochemical, nuclear, medical, Oil & Gas, Chemical, Pharmaceutical, Food & Beverage, Nuclear, Thermal Power plants, Paper and Pulp, marine and mining, etc.

Oil & Gas Industry

Aviation Industry

Petro Chemical Industry

Power Generation Industry

How to Choose the Right Hastelloy B2 Pipes

Corrosion resistance: Hastelloy B2 is recognized for its outstanding resistance to corrosion, particularly in aggressive settings like sulfuric acid. Make sure the pipe you select offers the corrosion resistance your application demands.
Temperature and Pressure: Take into account the temperature and pressure conditions within the pipeline. Hastelloy B2 offers superb strength at high temperatures and resists stress corrosion cracking, which makes it well-suited for high-pressure and high-temperature settings.
Size and Dimensions: Figure out the size and diameter of the pipe required for your project. Account for inside diameter, outside diameter, and wall thickness to guarantee compatibility with your piping system.
Quality and Standards: Choose pipe that conforms to industry standards like ASTM, ASME, or DIN to guarantee quality and dependability. Seek out well-regarded manufacturers who follow strict quality control procedures.
Construction Requirements: Think about fabrication needs such as welding, bending and threading. Hastelloy B2 can be readily fabricated using conventional methods, but confirm that the pipe you select fits your installation requirements.
Chemical compatibility: Verify that the pipe works with the chemicals and materials passing through it. Hastelloy B2 is highly resistant to a broad range of chemicals, but confirming its compatibility with the particulars of your application is important.
Cost and Budget: Keep your budget limits in mind while balancing quality and performance needs. The upfront cost of Hastelloy B2 pipe may be high relative to other materials, but its durability and corrosion resistance can lower costs over time.
Supplier Reputation: Pick a trustworthy supplier with a proven history of delivering quality Hastelloy B2 pipe along with excellent customer service. Review customer feedback and testimonials to gauge how reliable the supplier is.

Does Hastelloy B2 Pipes Rust?

No, Hastelloy B2 pipes will not rust. Hastelloy B2 is a nickel-molybdenum alloy offering outstanding corrosion resistance, especially in reducing environments such as sulfuric acid. Because it resists corrosion, including rust, it is well suited for a range of demanding industrial applications where corrosion poses a challenge.

Hastelloy Alloy B2 Pipes Supplier in Christchurch, Hastelloy B2 Pipes Exporter in Auckland, Hastelloy B2 Pipes Manufacturer in Christchurch

FAQ (Frequently Asked Questions)

Can Hastelloy B2 Pipes be used for High-Temperature Applications?

Hastelloy B2 pipes are not advised for high-temperature service above 1000°F (538°C) because they may be prone to the precipitation of intermetallic phases when heated, which can degrade mechanical properties and corrosion resistance. When high temperatures are involved, alternative Hastelloy grades such as C-276 or X may work better thanks to their greater temperature tolerance

What Grades of Hastelloy B2 Pipes are Commonly Used for Pipes?

Hastelloy B2 pipes are frequently supplied in the popular grades ASTM B622 and ASTM B619. These grades provide outstanding resistance to a range of corrosive media, such as hydrochloric acid, sulfuric acid, and phosphoric acid. Because of their high-performance qualities, they are well-suited for challenging uses across the chemical processing, petrochemical, and pharmaceutical sectors.

Can Hastelloy B2 Pipes be Welded?

Yes,Hastelloy B2 pipes can be joined through several welding methods, including TIG (Tungsten Inert Gas) welding, MIG (Metal Inert Gas) welding, and SMAW (Shielded Metal Arc Welding). Nevertheless, adhering to particular welding procedures is essential in order to preserve the alloy’s corrosion resistance and mechanical properties.

Hastelloy B2 Pipes Size Chart

NPS	Outside Diameter		Wall Thickness			Weight	Weight
NPS	in	mm	in	mm	Sched	kg/Mtr	Lb/ft
1/2″	0.840	21	0.109	2.769	40 STD	1.268	0.851
			0.147	3.734	80 STD	1.621	1.088
3/4″	1.050	27	0.113	2.870	40 STD	1.684	1.131
			0.154	3.912	80 STD	2.195	1.474
1″	1.315	33	0.133	3.378	40 STD	2.501	1.679
			0.179	4.547	80 STD	3.325	2.172
1 1/4″	1.660	42	0.140	3.556	40 STD	3.385	2.273
			0.191	4.851	80 STD	4.464	2.997
1 1/2″	1.900	48	0.145	3.683	40 STD	4.048	2.718
			0.200	5.080	80 STD	5.409	3.361
2″	2.375	60	0.154	3.912	40 STD	5.441	3.653
			0.218	5.537	80 STD	7.480	5.022
2 1/2″	2.875	73	0.203	5.516	40 STD	8.629	5.793
			0.276	7.010	80 STD	11.411	7.661
3″	3.500	89	0.216	5.486	40 STD	11.284	7.576
			0.300	7.620	80 STD	15.272	10.253
4″	4.500	114	0.237	6.020		16.073	10.790
			0.337	8.560		22.318	14.983
6″	6.625	168	0.188	4.775		19.252	12.924
			0.203	5.516		20.739	13.923
			0.219	5.563		22.318	14.983
			0.250	6.350		25.354	17.021
			0.280	7.112	40 STD	58.263	18.974
			0.312	7.925		31.334	21.036
			0.375	9.525		37.285	25.031
			0.432	10.973	80 XHY	42.561	28.573
			0.500	12.700		48.719	32.708
8″	8.625	219	0.188	4.775		25.233	16.940
			0.203	5.156		27.198	18.259
			0.219	5.563		29.286	19.661
			0.250	6.350	20	33.308	22.361
			0.277	7.036	30	36.786	24.696
			0.322	8.179	40	42.352	28.554
			0.375	9.525		49.216	33.041
			0.406	10.312	60	53.085	35.638
			0.500	12.700	80 XHY	64.627	43.388
10″	10.750	273	0.188	4.775		31.588	21.207
			0.219	5.563		36.689	24.631
			0.250	6.350	20	41.759	28.035
			0.307	7.798	30	51.002	34.240
			0.344	8.738		56.946	38.231
			0.365	9.271	40 STD	63.301	40.483
			0.438	11.125		71.852	48.238
			0.500	12.700	60 XHY	81.530	54.735
			0.594	15.088	80	95.969	64.429
12″	12.750	324	0.188	4.775		37.570	25.222
			0.219	5.563		43.657	29.309
			0.250	6.350		49.713	33.375
			0.281	7.137		55.739	37.420
			0.312	7.925		61.735	41.445
			0.375	9.525		73.824	49.562
			0.406	10.312		79.727	53.525
			0.500	12.700		97.438	65.415
			0.562	14.275		108.966	73.154
14″	14.000	356	0.188	4.775		41.308	27.732
			0.219	5.563		48.012	32.233
			0.250	6.350	20	54.685	36.713
			0.281	7.137		61.327	41.172
			0.312	7.925		67.939	45.611
			0.375	9.525	STD	81.281	54.568
			0.438	11.125	40	94.498	63.441
			0.500	12.700	XHY	107.381	72.090
			0.625	15.875		132.983	89.278
16”	16.000	406	0.188	4.775		47.290	21.748
			0.219	5.563		54.980	36.910
			0.250	6.350	10	62.639	42.053
			0.281	7.137		70.268	47.174
			0.312	7.925	20	77.866	52.275
			0.344	8.738		85.677	57.519
			0.375	9.525	30 STD	93.213	62.578
			0.438	11.125		108.433	72.797
			0.500	12.700	40 XHY	123.289	82.770
18″	18.000	457	0.219	5.563		61.948	41.588
			0.250	6.350		70.593	47.393
			0.281	7.137		79.208	53.176
			0.312	7.925	20	87.792	58.939
			0.375	9.525	STD	105.144	70.588
			0.438	11.125	30	122.369	82.152
			0.500	12.700	XHY	139.198	93.450
			0.562	14.275	40	155.904	104.666
			0.625	15.875		172.754	115.978
20″	20.000	508	0.250	6.350		78.547	52.733
			0.282	7.163		88.458	59.386
			0.312	7.925		97.719	65.604
			0.375	9.525	20 STD	117.075	78.598
			0.438	11.125		136.305	91.508
			0.500	12.700	30 XHY	155.106	104.130
			0.594	15.088	40	183.378	123.110
			0.625	15.875		192.640	129.328
			0.688	17.475		211.368	141.901
24″	24.000	610	0.250	6.350		94.456	63.413
			0.281	7.137		106.029	71.183
			0.312	7.925		117.573	18.932
			0.375	9.525	20 STD	140.938	64.618
			0.438	11.125		164.176	110.219
			0.500	12.700	XHY	186.923	125.490
			0.625	15.875		232.410	156.028
			0.688	17.475	40	255.148	171.293
			0.750	19.050		277.401	186.233
30″	30.000	762	0.250	6.350		118.318	79.433
			0.281	7.137		132.851	89.189
			0.312	7.925	10	147.353	98.925
			0.375	9.525	STD	176.731	118.648
			0.438	11.125		205.983	138.286
			0.500	12.700	20 XHY	234.647	157.530
			0.625	15.875	30	292.066	196.078
			0.688	17.475		320.817	215.380
			0.750	19.050		348.988	234.293
36″	36.000	914	0.250	6.350		142.180	95.453
			0.281	7.137		159.672	107.196
			0.312	7.925	10	177.133	118.918
			0.375	9.525	STD	215.525	142.678
			0.438	11.125		247.790	166.353
			0.500	12.700	20 XHY	282.372	198.570
			0.625	15.875		351.723	236.128
			0.688	17.475		386.487	259.467
			0.750	19.050		420.576	282.353
42″	42.000	1067	0.312	7.925		206.914	138.911
			0.375	9.525	STD	248.319	166.708
			0.500	12.700	XHY	33.097	221.610
			0.750	19.050		492.163	330.413
48″	48.000	1219	0.375	9.525	STD	284.112	190.738
			0.438	11.125		331.404	222.487
			0.500	12.700	XHY	377.822	253.650
			0.750	19.050		563.750	378.473
			0.875	22.225		655.969	440.383