Pipe caps DIN 28011

DIN 28011 applies for one-piece heads with and without welding seam with an external diameter of Da ≤ 4000 mm and nominal wall thickness of s ≤ 50 mm.

We are manufacturer of Pipe caps DIN 2617 and supply high quality Pipe caps DIN 2617 in both large and small quantities worldwide and offer you the best prices in the market.

We are manufacturer of End caps 48inch api 5l x46 carbon steel din28011 and supply high quality End caps 48inch api 5l x46 carbon steel din28011 in both large and small quantities worldwide and offer you the best prices in the market.

Pipeline steel plate API 5L PSL1 X46 and Pipeline steel coil API 5L PSL1 X46 are mainly used in making steel pipes for pipeline which transporting oil and gas.

Technical Requirements & Additional Services:

• Drop weight test (DWTT)
• Low temperature impacting test
• Ultrasonic test under EN 10160,ASTM A435,A577,A578
• Issued Orginal Mill test certificate under EN 10204 FORMAT 3.1/3.2

Shot blasting and Painting,Cutting and welding as per end user’s demands

SunnySteel supplies pipeline steel plate (steel coil) in API 5L and API 5CT. Applied for manufacturing line pipes, casing and tubing.

Mechnical property for API 5L PSL1 X46 Pipeline steel:

Grade	Yield strength (≥Mpa)	Tensile strength (≥Mpa)
PSL1 X46	317	434

Chemical composition for API 5L PSL1 X46 Pipeline steel (Ladle Analysis Max%)

Main chemical elements composition of API 5L PSL1 X46
C	Mn	P	S	Other alloy elements contains
0.28	1.40	0.03	0.03

What is pipeline steel plate (steel coil)

As we know line pipe or casing and tubing have two different manufacturing types, seamless and welded. So pipeline steel plate is used to make welded line pipe, including ERW, LSAW, SSAW welding processes. Further more, casing and tubing in API 5CT standard could also be made in welded ERW type, so pipeline steel plate and coils also covers these pipes. (But in most cases, casing and tubing are required in seamless types.)

Bending, squeezing, pressing, forging, machining and more

Manufacturing Standards of Buttweld Pipe End, Buttweld Pipe Cap

• ASME: ANSI B16.9, ANSI B16.28, MSS-SP-43
• DIN: DIN2605, DIN2615, DIN2616, DIN2617, DIN28011
• EN: EN10253-1, EN10253-2
• ASTM A403 – ASME SA403 Standard Specification for Wrought Austenitic Stainless Steel Piping Fittings
• ASME B16.9 Factory-Made Wrought Fittings Buttwelding
• ASME B16.25 Buttwelding Ends
• ASME B16.28 Wrought Steel Short Radius Elbows and Buttwelding Returns
• MSS SP-43 Wrought and Fabricated Butt-Welding Fittings for Low Pressure, Corrosion Resistant Applications

Buttweld Pipe End Material Grades

• Stainless Steel Pipe Cap ASTM A403 WP Gr. 304, 304H, 309, 310, 316, 316L, 317L, 321, 347, 904L
• Carbon Steel Pipe Cap ASTM A 234 WPB , WPBW, WPHY 42, WPHY 46, WPHY 52, WPH 60, WPHY 65 & WPHY 70.
• Low Temperature Carbon Steel Pipe Cap ASTM A420 WPL3, A420 WPL6
• Alloy Steel Pipe Cap ASTM / ASME A/SA 234 Gr. WP 1, WP 5, WP 9, WP 11, WP 12, WP 22, WP 91
• Duplex Pipe Cap ASTM A 815, ASME SA 815 UNS NO S31803, S32205. Werkstoff No. 1.4462
• Nickel Alloy Pipe Cap ASTM / ASME SB 336 UNS 2200 ( NICKEL 200 ), UNS 2201 (NICKEL 201 ), UNS 4400 (MONEL 400 ), UNS 8020 ( ALLOY 20 / 20 CB 3, UNS 8825 INCONEL (825), UNS 6600 (INCONEL 600 ), UNS 6601 ( INCONEL 601 ), UNS 6625 (INCONEL 625), UNS 10276 ( HASTELLOY C 276 )

Deep Drawing method of end caps

One of the most common manufacturing methods for caps, where plate is cut out in a circle and formed by deep drawing.

Deep drawing is the manufacturing process of forming sheet metal stock, called blanks, into geometrical or irregular shapes that are more than half their diameters in depth. Deep drawing involves stretching the metal blank around a plug and then moving it into a moulding cutter called a die.

A drawing press can be used for forming sheet metal into different shapes and the finished shape depends on the final position that the blanks are pushed down in. The metal used in deep drawing must be malleable as well as resistant to stress and tension damage.

How to get high quality pipe cap?

Pipe cap acts as protective device and are designed to protect pipe ends of various shapes. The main purpose of using pipe caps is to waterproof the connections. They are also used to close the the ends of hydraulic or pneumatic pipes and tubes. They are used in the plumbing apparatus of domestic, commercial and industrial water supply lines, machinery and processing equipment etc. They are also fitted on water pump lines with the sole purpose of removing air blocks. Pipe caps are highly demanded as an important category of pipe fittings. If a solvent-weld cap is used to provide for a future connection point, several inches of pipe must be left before the cap; when the cap is cut off for the future connection, enough pipe must remain to allow a new fitting to be glued onto it.

How to connect pipeline with pipe cap?

Pipe Cap is directly welded to die at the end of the pipeline; at the end of the pipeline can also welding flange, then with a blind flange to death, when necessary can open the blind flange, pipeline check inside. The conventional cap holder with pressure pressing made by thick wall; forging; by spinning large diameter. The need for maintenance or even after the connecting line, with blind, not later, with a pipe cap. With the blind plate has the possibility of leakage, there is a long time, and screw rust died, as useless, the heat pipe is not very easy to heat insulation.

SURFACE TREATMENT:

• Transparent oil, rust-proof black oil or hot galvanized.
• Special design available All the production process are made according to ISO9001:2000 strictly.
• Based on different materials, pipe caps include carbon steel cap, stainless steel cap, and alloy steel cap etc.
• Depending on their construction, pipe caps contain threaded cap, tapered cap and anti-roll cap etc.

Applications of end caps:

End caps are widely used in various commercial and industrial applications. Industrial applications include:

• Chemical processing
• Petroleum
• Pulp/paper
• Refining
• Textile
• Waste treatment, Marine

• Utilities/power generation
• Industrial equipment
• Automotive
• Gas compression
• Distribution industries
• Industrial plant fluid power systems.

End caps FAQs

Pipe Cap are used for connecting pipes of different diameters and find wide applications in various chemicals, construction industries, paper, cement & ship builders.

Bevelled Ends

The ends of all buttweld fittings are bevelled, exceeding wall thickness 4 mm for austenitic stainless steel, or 5 mm for ferritic stainless steel. The shape of the bevel depending upon the actual wall thickness. This bevelled ends are needed to be able to make a "Butt weld".

Welding Bevel acc.to ASME / ANSI B16.9 and ASME / ANSI B16.28

ASME B16.25 covers the preparation of buttwelding ends of piping components to be joined into a piping system by welding. It includes requirements for welding bevels, for external and internal shaping of heavy-wall components, and for preparation of internal ends (including dimensions and dimensional tolerances).

Our in-hourse R&D team developed bevel ends equipment are good using in thickness 2mm to 20mm pipe fittings, guarantee high efficiency and high quality.

Send us your technical drawings

These weld edge preparation requirements are also incorporated into the ASME standards (e.g., B16.9, B16.5, B16.34).

ASME B16.25 (BUTT WELD ENDS)

ASME B16.25 sets standards for the preparation of the ends of components that need to be welded together.

Cut square or slight chamfer, at manufacturer’s option for :

• t ≤ 0.19” carbon steel or ferritic alloy steels
• t ≤ 0.12” austenitic alloy steels

Buttweld Fittings general

A pipe fitting is defined as a part used in a piping system, for changing direction, branching or for change of pipe diameter, and which is mechanically joined to the system.

There are many different types of fittings and they are the same in all sizes and schedules as the pipe.

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End cap size data

Pipe Cap are used for connecting pipes of different diameters and find wide applications in various chemicals, construction industries, paper, cement & ship builders

Out diameter		High size		Wall thickness accord to 'E'
DN	NPS	E	E1	E
15	1/2	25	25	3.73
20	3/4	25	25	3.91
25	1	38	38	4.55
32	11／4	38	38	4.85
40	11／2	38	38	5.08
50	2	38	44	5.54
65	21／2	38	51	7.01
80	3	51	64	7.62
90	31／2	64	76	8.08
100	4	64	76	8.56
125	5	76	89	9.53
150	6	89	102	10.97
200	8	102	127	12.7
250	10	127	152	12.7
300	12	152	178	12.7
350	14	165	191	12.7
400	16	178	203	12.7
450	18	203	229	12.7
500	20	229	254	12.7
550	22	254	254	12.7
600	24	267	305	12.7
650	26	267
700	28	267
750	30	267
800	32	267
850	34	267
900	36	267
950	38	305
1000	40	305
1050	42	305
1100	44	343
1150	46	343
1200	48	343

• Size range: 1/2 to 56 inches (DN15 to DN1400)
• Pressure: SCH5 to SCH160v
• Wall Thickness:sch10, sch20, sch30, std, sch40, sch60, xs, sch80, sch100, sch120, sch140, sch160, xxs, sch5s, sch20s, sch40s, sch80s
• Max. wall thickness: 200mm

Size range of A234 WPB Large Diameter Pipe Cap

OD	ND	INCH	SCH20	SCH40	SCH80	STD	XS
			Weight	Weight	Weight	Weight	Weight
88.9	80	3		0.66	0.92	0.66	0.92
114.3	100	4		1.17	1.67	1.17	1.67
141.3	125	5		1.91	2.78	1.91	2.78
168.3	150	6		2.9	4.47	2.9	4.47
219.1	200	8	4.09	5.19	8.05	5.19	8.05
273	250	10	6.36	9.15	12.5	9.15	12.5
323.8	300	12	9.08	14.4	26.8	13.2	17.3
355.6	350	14	13.2	18.8	34.5	15.9	20.4
406.4	400	16	16.8	26.7	47.7	20.4	26.3
457.2	450	18	24.8	41.8	67.7	25.9	33.6
508	500	20	32.2	54.9	91.3	32.2	42.7
558.8	550	22				37.7	49.9
609.6	600	24	46.3	93.1	155	46.3	59.5

Based on different materials, pipe caps include carbon steel cap, stainless steel cap, and alloy steel cap etc.

Depending on their construction, pipe caps contain threaded cap, tapered cap and anti-roll cap etc.

DIN 2617 Pipe End Cap Dimensions

		WDR
		3	4	5
DN	d1	s	s	s	h
15	21.3	2	3.2	4	25
20	26.9	2.3	3.2	4	25
25	33.7	2.6	3.2	4	38
32	42.4	2.6	3.6	4	38
40	48.3	2.6	4	5	38
50	60.3	2.9	4.5	5.6	38
65	76.1	2.9	5	7.1	38
80	88.9	3.2	5.6	8	51
100	114.3	3.6	6.3	8.8	64
125	139.7	4	6.3	10	76
150	168.3	4.5	7.1	11	89
200	219.1	6.3	8	12.5	102
250	273	6.3	8.8	14.2	127
300	323.9	7.1	10	16	152

DIN 28011 Pipe End Cap Dimensions

ISO - dimensions

dimensions d1 x s	height L	weight / kg
21,3 x 2,0	9,0	0,01
26,9 x 2,0	9,0	0,01
33,7 x 2,0	13,0	0,02
42,4 x 2,0	13,0	0,04
48,3 x 2,0	13,5	0,05
60,3 x 2,0	18,5	0,07
76,1 x 2,0	20,5	0,10
88,9 x 2,0	25,0	0,15
114,3 x 2,0	28,0	0,26
114,3 x 3,0	29,0	0,39
139,7 x 3,0	38,5	0,60
168,3 x 3,0	47,5	0,90
219,1 x 3,0	63,5	1,32
273,0 x 3,0	93,0	1,95
323,9 x 3,0	102,0	2,70
355,6 x 3,0	109,0	3,80
406,4 x 3,0	123,0	5,00
457,2 x 3,0	123,0	6,10
508,0 x 3,0	133,0	7,60

Metric dimensions

dimensions d1 x s	height L	weight / kg
20,0 x 2,0	9,0	0,02
25,0 x 2,0	9,0	0,03
30,0 x 2,0	13,5	0,03
35,0 x 2,0	13,5	0,04
44,0 x 2,0	15,0	0,04
54,0 x 2,0	15,0	0,05
70,0 x 2,0	19,5	0,07
84,0 x 2,0	24,0	0,15
104,0 x 2,0	28,0	0,20
129,0 x 2,0	37,0	0,36
154,0 x 2,0	43,0	0,50
156,0 x 3,0	44,0	0,94
204,0 x 2,0	62,0	0,80
206,0 x 3,0	63,0	1,20
254,0 x 2,0	72,0	1,30
256,0 x 3,0	73,0	1,95
306,0 x 3,0	83,0	2,50

Cap geometry

Out diameter		High size		Wall thickness accord to 'E'
DN	NPS	E	E1	E
15	1/2	25	25	3.73
20	3/4	25	25	3.91
25	1	38	38	4.55
32	11／4	38	38	4.85
40	11／2	38	38	5.08
50	2	38	44	5.54
65	21／2	38	51	7.01
80	3	51	64	7.62
90	31／2	64	76	8.08
100	4	64	76	8.56
125	5	76	89	9.53
150	6	89	102	10.97
200	8	102	127	12.7
250	10	127	152	12.7
300	12	152	178	12.7
350	14	165	191	12.7
400	16	178	203	12.7
450	18	203	229	12.7
500	20	229	254	12.7
550	22	254	254	12.7
600	24	267	305	12.7
650	26	267
700	28	267
750	30	267
800	32	267
850	34	267
900	36	267
950	38	305
1000	40	305
1050	42	305
1100	44	343
1150	46	343
1200	48	343