Stainless Steel 347 Pipe

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Stainless Steel 347 Pipes Suppliers and Manufacturer in Auckland, New Zealand

Supplier of ASTM A312 Stainless Steel 347 Pipes Price in Auckland, Tp347 Stainless Steel Pipe Exporter in New Zealand, ASTM A312 SS 347 Seamless Pipes Stockist Manufacturer in Christchurch, New Zealand

Unlock the pinnacle of reliability and performance with Stainless Steel 347 Pipes featured on our product pages. Discover a complete selection of intricately engineered solutions designed to meet varied industrial needs. Built with painstaking attention to detail, our SS 347 Pipes conform to strict industry standards, delivering unrivaled durability and protection against corrosion. As a trusted supplier, we place customer satisfaction first by offering customizable options, competitive rates, and timely delivery services. Whether powering construction, infrastructure, or industrial projects, our stainless steel pipes exceed expectations, setting fresh standards for quality. Elevate your applications with our steadfast commitment to excellence and innovation, ensuring reliability at every step.

Stainless Steel 347 Pipe Specifications

Standard	ASTM A312, A358 / ASME SA312, SA358
Outside Diameter	6.00 mm OD up to 914.4 mm OD, Sizes up to 24″ NB available Ex-stock, OD Size Steel Tubes available Ex-stock
Thickness	0.3mm – 50 mm, SCH 5, SCH10, SCH 40, SCH 80, SCH 80S, SCH 160, SCH XXS, SCH XS
Type	Seamless / ERW / Welded / Fabricated Pipes
Form	Round, Square, Rectangular, Oval, Hydraulic Etc
Length	Single Random, Double Random & Required Length
End	Plain End, Beveled End, Treaded
Outside Finish	2B, No.4, No.1, No.8 Mirror Finish for Stainless Steel Pipes, Finish as per customer Requirements

Stainless Steel 347 Pipe Chemical Composition

Grade	C	Mn	Si	P	S	Cr	Mo	Ni	Fe
SS 347	0.08 max	2.0 max	1.0 max	0.045 max	0.030 max	18.00 – 20.00	3.00 – 4.00	11.00 – 15.00	57.845 min

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Stainless Steel 347 Pipe Mechanical Properties

Density	Melting Point	Tensile Strength	Yield Strength (0.2%Offset)	Elongation
8.0 g/cm3	1454 °C (2650 °F)	Psi – 75000 , MPa – 515	Psi – 30000 , MPa – 205	35 %

Top Steel Manufacturing Company in Auckland

At Koasteel, we take pride in being the largest supplier and manufacturer in the New Zealand, delivering advanced solutions for every one of your piping requirements. With cutting-edge manufacturing facilities strategically situated in the New Zealand, we hold an extensive inventory of more than 25,000 tons of top-quality materials kept ready in stock.

Reach out to us for a fast quote tailored to your requirement.

We supply these Stainless Steel 347 Pipe in accordance with DIN, ISO, JIS or ANSI Standard.

Get the best price from Stainless steel 347 pipe manufacturers & stockist in New Zealand, check Stainless steel welded tube price per kg in Auckland, New Zealand

Advantages of Stainless Steel 347 Pipe

High Temperature Resistance: Stainless steel 347 pipes are built to endure elevated temperatures, which makes them a good fit for high-temperature uses such as refineries, chemical plants and hot operating environments
Corrosion resistance: These pipes offer outstanding resistance to corrosion, particularly in settings where acids, alkalis, and chloride levels are present. Such corrosion-resistant qualities make them well suited for chemical processing, oil and gas and other sectors, as well as marine settings.
Durability: Stainless steel 347 pipes are highly rugged and long-lasting, even under severe conditions. Their robust chemical composition resists corrosion, which helps prolong their service life.
Easy to manufacture: Stainless steel 347 pipes can be readily fabricated and shaped using standardized techniques, streamlining installation and maintenance work. This makes it an economical choice with respect to labor and time . . . .
Low maintenance: Owing to their corrosion resistance and toughness, stainless steel 347 pipe needs very little upkeep across its service life, cutting down on downtime and maintenance.
Hygienic characteristics: Stainless steel is naturally sanitary, which makes it appropriate for use in sectors like food and beverage production, pharmaceuticals and healthcare, where cleanliness matters.

Types of Stainless Steel 347 Pipe

SS 347 Seamless Pipe Supplier in Christchurch, 347 Stainless Steel Fabricated Pipes Dealers in Auckland, Christchurch, SS 347 EFW Pipes Price in Christchurch, SS Grade 347 Welded ERW Pipes Stockist in Wellington

Application Industry

Stainless Steel 347 Pipes have applications as varied as the sectors they support, led chiefly by the aerospace, railway, construction and automotive industries 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

Stainless Steel 347 Pipe Uses

Chemical applications:Stainless steel 347 pipes resist corrosion and withstand high temperatures, which makes them well-suited for chemical plants where volatile chemicals and extreme temperatures are frequently encountered
Finishing products:Because these products offer strong thermal stability and resist corrosion from a variety of chemicals, they are employed in finishing operations such as oil refining and petrochemical processing
Power Generation:These pipelines serve power generation facilities, including conventional generators and nuclear power plants, where heat and pressure are transferred above uses
Aerospace Industry:Stainless steel 347 pipe is used within the aerospace industry for materials that demand high strength along with resistance to corrosion and high temperatures
Automotive Industry:Within the automotive industry, it is applied in vehicle exhaust systems and other uses that call for resistance to high temperatures and corrosion.
Food Processing:Stainless steel 347 pipe is used in the food processing industry to carry food and water thanks to its hygienic, corrosion-resistant and easy-to-clean qualities
Heat exchangers:They are employed in heat exchangers owing to their resistance to high temperatures and to corrosion from various liquids
Chemical Transport:Stainless steel 347 pipelines are also relied upon to move various chemicals in industries such as pharmaceuticals, crops and specialty chemicals because of their corrosion resistance
Construction:In construction applications, stainless steel 347 pipes are used for building purposes, such as sleeves, supporting frames and decorative elements, owing to their aesthetics, durability and corrosion resistance

How to Choose the Right Stainless Steel 347 Pipe

Properties: Stainless steel 347 is a type of austenitic stainless steel alloy made with chromium and nickel. It also contains columbium (niobium), which improves its resistance to intermembrane corrosion. Be sure the pipe you select conforms to the necessary chemical standards.
Function: Defines the intended use for the pipe. Stainless steel 347 is typically chosen for high-temperature applications due to its outstanding tensile strength and resistance to oxidation. Confirm that the pipe is appropriate for the temperature, pressure, and surrounding conditions where it will be placed.
Size and Design: Take into account the size and thickness of the pipe required for your project or application. This covers the outer diameter, wall thickness, and length of the pipe. Verify that the pipe’s form aligns with your specifications and standards.
Quality and Standards: Make certain that stainless steel 347 pipe complies with applicable industry standards and specifications, including ASTM, ASME, or other international standards. Review certifications and quality records to confirm the pipe is dependable and functional.
Corrosion resistance: Stainless steel 347 offers outstanding corrosion resistance, particularly in high-humidity settings. Examine the pipe’s corrosion resistance and confirm that it can endure corrosive materials or conditions.
Weldability: If welding is needed for your application, take into account the weldability of stainless steel 347 pipe. Stainless steel 347 can generally be welded using conventional welding methods, but adhering to your particular welding schedule is important.
Supplier Name: Select a trustworthy supplier or manufacturer recognized for delivering quality stainless steel pipe. Look into customer reviews, certifications, and industry listings to make sure you obtain the pipe from a dependable source.
Cost Consideration: Assess how the pricing of stainless steel 347 pipe measures up against your budget and project requirements. Factor in not just the initial purchase cost but also durability and maintenance expenses.

How are stainless steel 347 pipes sized?

Stainless steel 347 pipes are dimensioned according to their nominal pipe size (NPS), a value that corresponds to the approximate inside diameter. Typical sizes span from 1/8″ to 48″. Each pipe is defined by both its NPS and a schedule number, which denotes the wall thickness, using schedules such as SCH 5, 10, 40, and 80.

FAQ (Frequently Asked Questions)

Can stainless steel 347 pipes be used for structural applications?

Stainless steel 347 pipes are suitable for structural applications based on the particular needs. Although they provide outstanding corrosion resistance and strong high-temperature performance, whether they work structurally comes down to factors such as load, environment, and design specifications. It is advisable to consult a structural engineer for proper evaluation and application.

can stainless steel 347 pipe be used for natural gas

Stainless steel 347 pipes may be appropriate for natural gas uses thanks to their resistance to corrosion and their performance at high temperatures. That said, whether they are compatible hinges on factors such as pressure, temperature, and local regulations. It is important to consult industry standards and take specific application needs into account to guarantee safe and effective use.

Can Stainless Steel 347 Pipe be used for underground applications?

Stainless Steel 310 pipes are suitable for underground use when appropriate precautions are taken. They deliver superb corrosion resistance, though aspects such as soil composition, moisture content, and the risk of damage need to be taken into account. Suitable protective measures, including coatings or cathodic protection, might be required to guard against corrosion in below-ground settings.

Stainless Steel 347 Pipe Weight Chart

Nominal 347 Seamless pipes Size	WT		OD		Weight		Weight
Nominal 347 Seamless pipes Size	milimeter	inch	inch	milimeter	kilogram/Meter	Sched	Lb/ft
1/2″	2.769	0.0109	0.0840	21	1.268	40 STD	0.0851
	3.734	0.0147			1.621	80 STD	1.088
3/4″	2.870	0.0113	1.050	27	1.684	40 STD	1.131
	3.912	0.0154			2.195	80 STD	1.474
1″	3.378	0.0133	1.315	33	2.501	40 STD	1.679
	4.547	0.0179			3.325	80 STD	2.172
1 1/4″	3.556	0.0140	1.660	42	3.385	40 STD	2.273
	4.851	0.0191			4.464	80 STD	2.997
1 1/2″	3.683	0.0145	1.900	48	4.048	40 STD	2.718
	5.080	0.0200			5.409	80 STD	3.361
2″	3.912	0.0154	2.375	60	5.441	40 STD	3.653
	5.537	0.0218			7.480	80 STD	5.022
2 1/2″	5.516	0.0203	2.875	73	8.629	40 STD	5.793
	7.010	0.0276			11.411	80 STD	7.661
3″	5.486	0.0216	3.500	89	11.284	40 STD	7.576
	7.620	0.0300			15.272	80 STD	10.0253
4″	6.020	0.0237	4.500	114	16.073		10.0790
	8.560	0.0337			22.318		14.983
6″	4.775	0.0188	6.625	168	19.252		12.924
	5.516	0.0203			20.0739		13.923
	5.563	0.0219			22.318		14.983
	6.350	0.0250			25.354		17.021
	7.112	0.0280			58.263	40 STD	18.974
	7.925	0.0312			31.334		21.036
	9.525	0.0375			37.285		25.031
	10.0973	0.0432			42.561	80 XHY	28.573
	12.700	0.0500			48.719		32.708
8″	4.775	0.0188	8.625	219	25.233		16.940
	5.156	0.0203			27.198		18.259
	5.563	0.0219			29.286		19.661
	6.350	0.0250			33.308	20	22.361
	7.036	0.0277			36.786	30	24.696
	8.179	0.0322			42.352	40	28.554
	9.525	0.0375			49.216		33.041
	10.0312	0.0406			53.085	60	35.638
	12.700	0.0500			64.627	80 XHY	43.388
10″	4.775	0.0188	10.0750	273	31.588		21.207
	5.563	0.0219			36.689		24.631
	6.350	0.0250			41.759	20	28.035
	7.798	0.0307			51.002	30	34.240
	8.738	0.0344			56.946		38.231
	9.271	0.0365			63.301	40 STD	40.0483
	11.125	0.0438			71.852		48.238
	12.700	0.0500			81.530	60 XHY	54.735
	15.088	0.0594			95.969	80	64.429
12″	4.775	0.0188	12.750	324	37.570		25.222
	5.563	0.0219			43.657		29.309
	6.350	0.0250			49.713		33.375
	7.137	0.0281			55.739		37.420
	7.925	0.0312			61.735		41.445
	9.525	0.0375			73.824		49.562
	10.0312	0.0406			79.727		53.525
	12.700	0.0500			97.438		65.415
	14.275	0.0562			108.966		73.154
14″	4.775	0.0188	14.000	356	41.308		27.732
	5.563	0.0219			48.012		32.233
	6.350	0.0250			54.685	20	36.713
	7.137	0.0281			61.327		41.172
	7.925	0.0312			67.939		45.611
	9.525	0.0375			81.281	STD	54.568
	11.125	0.0438			94.498	40	63.441
	12.700	0.0500			107.381	XHY	72.090
	15.875	0.0625			132.983		89.278
16”	4.775	0.0188	16.000	406	47.290		21.748
	5.563	0.0219			54.980		36.910
	6.350	0.0250			62.639	10	42.053
	7.137	0.0281			70.0268		47.174
	7.925	0.0312			77.866	20	52.275
	8.738	0.0344			85.677		57.519
	9.525	0.0375			93.213	30 STD	62.578
	11.125	0.0438			108.433		72.797
	12.700	0.0500			123.289	40 XHY	82.770
18″	5.563	0.0219	18.000	457	61.948		41.588
	6.350	0.0250			70.0593		47.393
	7.137	0.0281			79.208		53.176
	7.925	0.0312			87.792	20	58.939
	9.525	0.0375			105.144	STD	70.0588
	11.125	0.0438			122.369	30	82.152
	12.700	0.0500			139.198	XHY	93.450
	14.275	0.0562			155.904	40	104.666
	15.875	0.0625			172.754		115.978
20″	6.350	0.0250	20.0000	508	78.547		52.733
	7.163	0.0282			88.458		59.386
	7.925	0.0312			97.719		65.604
	9.525	0.0375			117.075	20 STD	78.598
	11.125	0.0438			136.305		91.508
	12.700	0.0500			155.106	30 XHY	104.130
	15.088	0.0594			183.378	40	123.110
	15.875	0.0625			192.640		129.328
	17.475	0.0688			211.368		141.901
24″	6.350	0.0250	24.000	610	94.456		63.413
	7.137	0.0281			106.029		71.183
	7.925	0.0312			117.573		18.932
	9.525	0.0375			140.0938	20 STD	64.618
	11.125	0.0438			164.176		110.0219
	12.700	0.0500			186.923	XHY	125.490
	15.875	0.0625			232.410		156.028
	17.475	0.0688			255.148	40	171.293
	19.050	0.0750			277.401		186.233
30″	6.350	0.0250	30.0000	762	118.318		79.433
	7.137	0.0281			132.851		89.189
	7.925	0.0312			147.353	10	98.925
	9.525	0.0375			176.731	STD	118.648
	11.125	0.0438			205.983		138.286
	12.700	0.0500			234.647	20 XHY	157.530
	15.875	0.0625			292.066	30	196.078
	17.475	0.0688			320.0817		215.380
	19.050	0.0750			348.988		234.293
36″	6.350	0.0250	36.000	914	142.180		95.453
	7.137	0.0281			159.672		107.196
	7.925	0.0312			177.133	10	118.918
	9.525	0.0375			215.525	STD	142.678
	11.125	0.0438			247.790		166.353
	12.700	0.0500			282.372	20 XHY	198.570
	15.875	0.0625			351.723		236.128
	17.475	0.0688			386.487		259.467
	19.050	0.0750			420.0576		282.353
42″	7.925	0.0312	42.000	1067	206.914		138.911
	9.525	0.0375			248.319	STD	166.708
	12.700	0.0500			33.097	XHY	221.610
	19.050	0.0750			492.163		330.0413
48″	9.525	0.0375	48.000	1219	284.112	STD	190.0738
	11.125	0.0438			331.404		222.487
	12.700	0.0500			377.822	XHY	253.650
	19.050	0.0750			563.750		378.473
	22.225	0.0875			655.969		440.0383