EN 1092-1 Flange
Category: INDUSTRIAL FLANGE

EN 1092-1 Flange

EN 1092-1 Flange Manufacturer

EN 1092-1 Flange Suppliers, Series A and Series B EN 1092-1 Flange, ASTM A182 SS EN 1092-1 Flange, EN 1092-1 Plate Flanges, EN 1092-1 Pipe Flanges Price List. Class 150, Class 300, Class 600, Class 900, Class 1500, Class 2500 EN 1092-1 Flanges Manufacturer in India

  • EN 1092-1 Flange Tolerances & Weight Chart
  • EN 1092-1 Flange Specifications
  • Why Choos Masiva Solutions
  • EN 1092-1 Flange Materials
  • EN 1092-1 Flange Manufacturing Process
  • EN 1092-1 Flange Application Industries
  • EN 1092-1 Flange Inspection
  • EN 1092-1 Flange Packing & Forwarding
  • DIN EN 1092-1 Flange Types
  • EN 1092-1 Flange Export & Supply Country List
  • EN 1092-1 Flange Export & Supply City List
  • EN 1092-1 FLANGE PN6-PN40 Dimensions
  • EN 1092-1 Type 01 Flange Dimensions
  • EN 1092-1 Type 02 Flange Dimensions
  • EN 1092-1 Type 05 Flange Dimensions
  • EN 1092-1 Type 11 Flange Dimensions
  • EN 1092-1 Type 13 Flange Dimensions

Stockists of EN 1092-1 Flange in Duplex Steel, Super Duplex Steel, Stainless Steel, Nickel Alloy, Inconel, Hastelloy, Monel, Titanium, Incoloy, Copper Nickel, Aluminium, Bronze, Alloy 20, 254 SMO, Mild Steel, Carbon Steel, Alloy Steel, Brass. EN 1092-1 Flange Exporters & Suppliers in South Africa, Malaysia, Singapore, UK, Philippines, Australia and Dubai, UAE.

We are one of the best Suppliers, Manufacturers, and Exporters of high-quality EN 1092-1 Flange in India. We also offer custom-made EN 1092-1 Type 11 flange that is widely appreciated by our clients. they’re conforming to national & international standards and that they are hubless. These EN 1092-1 Type 05 Flanges is out there in various size, grades, Specification & thickness as per the client’s requirements. These EN 1092-1 Type 13 Flanges are utilized in various applications industries.

We are a Stockists of EN 1092-1 Flange, an EU metric standard that covers specification for circular flanges, starting from DN size 10 to 4000, and PN designations of 2, 5, and 100. EN 1092-1 Flange drilling under this standard covers a wider range compared to BS 4504. we’ve been supplying stainless-steel EN 1092-1 Flange to Middle Eastern countries during a sort of facings, threadings, tolerances, dimensions, and surface finishes.

Tolerances of Flanges

Flange Weight Chart

EN 1092-1 Flange Specifications

  • Flange Size  ½” (15 NB) to 48″ (1200NB)
  • Flange Class  150 LBS, 300 LBS, 600 LBS, 900 LBS, 1500 LBS, 2500 LBS, DIN Standard ND-6,10, 16, 25, 40.
  • Flange DIN  DIN2527, DIN2566, DIN2573, DIN2576, DIN2641, DIN2642, DIN2655, DIN2656, DIN2627, DIN2628, DIN2629, DIN 2631, DIN2632, DIN2633, DIN2634, DIN2635, DIN2636, DIN2637, DIN2638, DIN2673
  • Flange BS  BS4504 , BS4504, BS1560, BS10
  • Flange Standard  ANSI B16.5, ANSI B16.47, ANSI B16.36, ANSI B16.48, BS 4504, EN1092-1, UNI 2277/2278, DIN, JIS, SABS1123, GOST-12820
  • Flange Coating/Surface Treatment  Anti-rust Paint, Oil Black Paint, Yellow Transparent, Zinc Plated, Cold and Hot Dip Galvanized
  • Flange Connection Type  Ring Type Joint, Lap-Joint Face, Raised Face, Flat Face, Large Male-Female, Small Male-Female, Large, Tongue & Groove, Small Tongue & Groove
  • Flange Face Type  Flat Face (FF), Raise Face (RF), Ring Joint (RJT)
  • Flange Dimensions  ANSI B16.5, ANSI B16.47 Series A & B, MSS SP44, ASA, API-605, AWWA, Custom Drawings
  • Flange JIS  5K, 10K, 16K, 20K, 30K, 40K, 63K
  • Flange UNI  6Bar 10Bar 16Bar 25Bar 40Bar
  • Flange Coating  Oil Black Paint, Anti-rust Paint, Zinc Plated, Yellow Transparent, Cold and Hot Dip Galvanized
  • Production technique  Forged, Heat treated and machined
  • Test Certificates  EN 10204/3.1B, Raw Materials Certificate, 100% Radiography Test Report, Third Party Inspection Report.
  • Flange Test  Direct-reading Spectrograph, Hydrostatic testing machine, X-ray detector, UI trasonic flaw detector, Magnetic particle detector
  • Equipment  Press machine, Bending machine, Pushing Machine, electric bevelling machine, Sand-blasting machine etc
  • Flange Origin  Indian / West Europe / Japan / USA / Korean

EN 1092-1 Flange Dimensions

Flange facing types according to DIN EN 1092-1

Type A: flat face Type D: groove face Type G: O Ring recess
Type B: raised face Type E: spigot Type H: O Ring groove
Type C: tongue face Type F: recess

 

DN PN f1 f2 f3 f4 w x y z α R
2.5 6 10 16 25 40 63 100 160 250 320 400
d1
10 35 35 40 40 40 40 40 40 40 40 40 40 2 4.5 4 2 24 34 35 23 – 2.5
15 40 40 45 45 45 45 45 45 45 45 45 45 29 39 40 28 –
20 50 50 58 58 58 58 58 58 58 58 58 58 36 50 51 35 41º
25 60 60 68 68 68 68 68 68 68 68 68 68 43 57 58 42
32 70 70 78 78 78 78 78 78 78 78 78 78 51 65 66 50
40 80 80 88 88 88 88 88 88 88 88 88 88 3 61 75 76 60
50 90 90 102 102 102 102 102 102 102 102 102 102 73 87 88 72
65 110 110 122 122 122 122 122 122 122 122 122 122 95 109 110 94
80 128 128 138 138 138 138 138 138 138 138 138 138 106 120 121 105
100 148 148 158 158 162 162 162 162 162 162 162 162 5 4.5 2.5 129 149 150 128 32º 3
125 178 178 188 188 188 188 188 188 188 188 188 188 155 175 176 154
150 202 202 212 212 218 218 218 218 218 218 218 218 183 203 204 182
200 258 258 268 268 278 285 285 285 285 285 285 285 239 259 260 238
250 312 312 320 320 335 345 345 345 345 345 345 – 292 312 313 291
300 365 365 370 378 395 410 410 410 410 – – – 4 343 363 364 342
350 415 415 430 438 450 465 465 465 – – – – 5.5 5 3 395 421 422 394 27º 3.5
400 465 465 482 490 505 535 535 535 – – – – 447 473 474 446
450 520 520 532 550 555 560 560 560 – – – – 497 523 524 496
500 570 570 585 610 615 615 615 615 – – – – 349 375 376 548
600 670 670 685 725 720 735 735 – – – – – 5 649 675 676 648
700 775 775 800 795 820 840 840 – – – – – 751 777 778 750
800 880 880 905 900 930 960 960 – – – – – 856 882 883 855
900 980 980 1005 1000 1030 1070 1070 – – – – – 961 987 988 960
1000 1080 1080 1110 115 1140 1180 1180 – – – – – 6.5 6 4 1062 1092 1094 1060 28º 4
1200 1280 1295 1330 1330 1350 1380 1380 – – – – – 1262 1292 1294 1260
1400 1480 1510 1535 1530 1560 1600 – – – – – – 1462 1492 1494 1460
1600 1690 1710 1760 1750 1780 1815 – – – – – – 1662 1692 1694 1660
1800 1890 1920 1960 1950 1985 – – – – – – – 1862 1892 1894 1860
2000 2090 2125 2170 2150 – – – – – – – – 2062 2092 2094 2060
2200 2295 2335 2370 – – – – – – – – – – – – – – – – – –
2400 2495 2545 2570 – – – – – – – – – – – – – – – – – –
2600 2695 2750 2780 – – – – – – – – – – – – – – – – – –
2800 2910 2960 2000 – – – – – – – – – – – – – – – – –
3000 3110 3160 3210 – – – – – – – – – – – – – – – – – –
3200 3310 3370 – – – – – – – – – – – – – – – – – – –
3400 3510 3580 – – – – – – – – – – – – – – – – – – –
3600 3720 3790 – – – – – – – – – – – – – – – – – – –
3800 3920 – – – – – – – – – – – – – – – – – – – –
4000 4120 – – – – – – – – – – – – – – – – – – – –

EN 1092-1 Type 01 Flange Dimensions

EN 1092-1 TYPE 01 PN6 PLATE FLANGE DIMENSIONS

Rated
Diameter		 Pipe Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b d2 Thread Bolt holes KG
15 21,3 22,0 55 80 12 11 M10 4 0,401
20 26,9 27,5 65 90 14 11 M10 4 0,590
25 33,7 34,5 75 100 14 11 M10 4 0,716
32 42,4 43,5 90 120 16 14 M12 4 1,153
40 48,3 49,5 100 130 16 14 M12 4 1,344
50 60,3 61,5 110 140 16 14 M12 4 1,478
65 76,1 77,5 130 160 16 14 M12 4 1,850
80 88,9 90,5 150 190 18 18 M16 4 2,944
100 114,3 116,0 170 210 18 18 M16 4 3,247
125 139,7 141,5 200 240 20 18 M16 8 4,301
150 168,3 170,5 225 265 20 18 M16 8 4,741
200 219,1 221,5 280 320 22 18 M16 8 6,862
250 273,0 276,5 335 375 24 18 M16 12 8,893
300 323,9 327,5 395 440 24 22 M20 12 11,880
350 355,6 359,5 445 490 26 22 M20 12 16,788
400 406,4 411,0 495 540 28 22 M20 16 19,781
450 457,0 462,0 550 595 30 22 M20 16 24,495
500 508,0 513,5 600 645 30 22 M20 20 26,307
600 610,0 616,5 705 755 32 26 M24 20 34,702
700 711,0 714,2 810 860 40 26 M24 24 52,441
800 813,0 815,8 920 975 44 30 M27 24 71,262
900 914,0 917,4 1020 1075 48 30 M27 24 86,269
1000 1016,0 1019,0 1120 1175 52 30 M27 28 101,340
1200 1220,0 1224,0 1340 1405 60 33 M30 32 162,638
1400 1420,0 1424,0 1560 1630 72 36 M33 36 257,772
1600 1620,0 1624,0 1760 1830 80 36 M33 40 324,382
1. SURFACE FINISH FACING TYPES A, B1, B2 etc
2. FLANGE MARKING: LOGO EN 1092-1 / 01 A / DN100 / PN6 / P245GH / HEAT NUMBER

EN 1092-1 TYPE 01 PN10 PLATE FLANGE DIMENSIONS

Rated
Diameter		 Pipe Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b d2 Thread Bolt holes KG
15 21,3 22,0 55 80 12 11 M10 4 0,401
20 26,9 27,5 65 90 14 11 M10 4 0,590
25 33,7 34,5 75 100 14 11 M10 4 0,716
32 42,4 43,5 90 120 16 14 M12 4 1,153
40 48,3 49,5 100 130 16 14 M12 4 1,344
50 60,3 61,5 110 140 16 14 M12 4 1,478
65 76,1 77,5 130 160 16 14 M12 4 1,850
80 88,9 90,5 150 190 18 18 M16 4 2,944
100 114,3 116,0 170 210 18 18 M16 4 3,247
125 139,7 141,5 200 240 20 18 M16 8 4,301
150 168,3 170,5 225 265 20 18 M16 8 4,741
200 219,1 221,5 295 340 24 22 M20 8 9,244
250 273,0 276,5 350 395 26 22 M20 12 11,788
300 323,9 327,5 400 445 26 22 M20 12 13,578
350 355,6 359,5 460 505 30 22 M20 16 21,766
400 406,4 411,0 515 565 32 26 M24 16 27,436
450 457,2 462,0 565 615 36 26 M24 20 33,470
500 508,0 513,5 620 670 38 26 M24 20 40,103
600 610,0 616,5 725 780 42 30 M27 20 54,297
700 711,0 714,2 840 895 50 30 M27 24 82,777
800 813,0 815,8 950 1015 56 33 M30 24 116,534
900 914,0 917,4 1050 1115 62 33 M30 28 141,425
1000 1016,0 1019,0 1160 1230 70 36 M33 28 188,561
1200 1219,0 1224,0 1380 1455 83 39 M36 32 290,884
1. SURFACE FINISH FACING TYPES A, B1, B2 etc
2. FLANGE MARKING: LOGO EN 1092-1 / 01 A / DN100 / PN10 / P245GH / HEAT NUMBER

EN 1092-1 TYPE 01 PN16 PLATE FLANGE DIMENSIONS

Rated
Diameter		 Pipe Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b d2 Thread Bolt holes KG
10 17,2 18,0 60 90 14 14 M12 4 0,602
15 21,3 22,0 65 95 14 14 M12 4 0,668
20 26,9 27,5 75 105 16 14 M12 4 0,933
25 33,7 34,5 85 115 16 14 M12 4 1,106
32 42,4 43,5 100 140 18 18 M16 4 1,816
40 48,3 49,5 110 150 18 18 M16 4 2,075
50 60,3 61,5 125 165 20 18 M16 4 2,723
65 76,1 77,5 145 185 20 18 M16 4 3,310
80 88,9 90,5 160 200 20 18 M16 8 3,592
100 114,3 116,0 180 220 22 18 M16 8 4,375
125 139,7 141,5 210 250 22 18 M16 8 5,394
150 168,3 170,5 240 285 24 22 M20 8 7,123
200 219,1 221,5 295 340 26 22 M20 12 9,705
250 273,0 276,5 355 405 29 26 M24 12 14,164
300 323,9 327,5 410 460 32 26 M24 12 18,928
350 355,6 359,0 470 520 35 26 M24 16 28,118
400 406,4 411,0 525 580 38 30 M27 16 35,754
450 457,0 462,0 585 640 42 30 M27 20 45,992
500 508,0 513,5 650 715 46 33 M30 20 63,832
600 610,0 616,5 770 840 55 36 M33 20 101,285
700 711,0 714,2 840 910 63 36 M33 24 111,103
800 813,0 815,8 950 1025 74 39 M36 24 158,555
900 914,0 917,4 1050 1125 82 39 M36 28 192,239
1000 1016,0 1019,0 1170 1255 90 42 M39 28 269,554
1. SURFACE FINISH FACING TYPES A, B1, B2 etc
2. FLANGE MARKING: LOGO EN 1092-1 / 01 A / DN100 / PN16 / P245GH / HEAT NUMBER

EN 1092-1 TYPE 01 PN25 PLATE FLANGE DIMENSIONS

Rated
Diameter		 Pipe Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b d2 Thread Bolt holes KG
15 21,3 22,0 65 95 14 14 M12 4 0,668
20 26,9 27,5 75 105 16 14 M12 4 0,933
25 33,7 34,5 85 115 16 14 M12 4 1,106
32 42,4 43,5 100 140 18 18 M16 4 1,816
40 48,3 49,5 110 150 18 18 M16 4 2,075
50 60,3 61,5 125 165 20 18 M16 4 2,723
65 76,1 77,5 145 185 22 18 M16 8 3,465
80 88,9 90,5 160 200 24 18 M16 8 4,310
100 114,3 116,0 190 235 26 22 M20 8 6,056
125 139,7 141,5 220 270 28 26 M24 8 8,170
150 168,3 170,5 250 300 30 26 M24 8 10,238
200 219,1 221,5 310 360 32 26 M24 12 14,245
250 273,0 276,5 370 425 35 30 M27 12 20,087
300 323,9 327,5 430 485 38 30 M27 16 26,526
350 355,6 359,5 490 555 42 33 M30 16 41,656
400 406,4 411,0 550 620 48 36 M33 16 57,456
450 457,0 462,0 600 670 54 36 M33 20 69,548
500 508,0 513,5 660 730 58 36 M33 20 86,736
600 610,0 616,5 770 845 68 39 M36 20 126,866
700 711,2 714,0 875 960 85 42 M39 24 193,031
800 812,8 816,0 990 1085 95 48 M45 24 266,311
1. SURFACE FINISH FACING TYPES A, B1, B2 etc
2. FLANGE MARKING: LOGO EN 1092-1 / 01 A / DN100 / PN25 / P245GH / HEAT NUMBER

EN 1092-1 TYPE 01 PN40 PLATE FLANGE DIMENSIONS

Rated
Diameter		 Pipe Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b d2 Thread Bolt holes KG
15 21,3 22,0 65 95 14 14 M12 4 0,668
20 26,9 27,5 75 105 16 14 M12 4 0,933
25 33,7 34,5 85 115 16 14 M12 4 1,106
32 42,4 43,5 100 140 18 18 M16 4 1,816
40 48,3 49,5 110 150 18 18 M16 4 2,075
50 60,3 61,5 125 165 20 18 M16 4 2,723
65 76,1 77,5 145 185 22 18 M16 8 3,465
80 88,9 90,5 160 200 24 18 M16 8 4,310
100 114,3 116,0 190 235 26 22 M20 8 6,056
125 139,7 141,5 220 270 28 26 M24 8 8,170
150 168,3 170,5 250 300 30 26 M24 8 10,238
200 219,1 221,5 320 375 36 30 M27 12 17,871
250 273,0 276,5 385 450 42 33 M30 12 29,166
300 323,9 327,5 450 515 52 33 M30 16 44,921
350 355,6 359,5 510 580 58 36 M33 16 66,460
400 406,4 411,0 585 660 65 39 M36 16 96,822
1. SURFACE FINISH FACING TYPES A, B1, B2 etc
2. FLANGE MARKING: LOGO EN 1092-1 / 01 A / DN100 / PN40 / P245GH / HEAT NUMBER

EN 1092-1 Type 02 Flange Dimensions

EN 1092-1 TYPE 02 PN10 LOOSE FLANGE DIMENSIONS

Rated Diameter Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b e d2 Thread Bolt holes KG
15 25 65 95 14 3 14 M12 4 0,654
20 31 75 105 16 4 14 M12 4 0,913
25 38 85 115 16 4 14 M12 4 1,081
32 47 100 140 18 5 18 M16 4 1,781
40 53 110 150 18 5 18 M16 4 2,035
50 65 125 165 20 5 18 M16 8 2,520
65 81 145 185 20 6 18 M16 8 3,050
80 94 160 200 20 6 18 M16 8 3,480
100 120 180 220 22 6 18 M16 8 4,200
125 145 210 250 22 6 18 M16 8 5,210
150 174 240 285 24 6 22 M20 8 6,890
200 226 295 340 24 6 22 M20 8 8.870
250 281 350 395 26 8 22 M20 12 11,200
300 333 400 445 26 8 22 M20 12 12,800
350 365 460 505 30 8 22 M20 16 19,400
400 416 515 565 32 8 26 M24 16 26,400
450 467 565 615 36 8 26 M24 20 32,200
500 519 620 670 38 8 26 M24 20 38,500
600 622 725 780 42 8 30 M27 20 52,200
700 721 840 895 50 8 30 M27 24 79,400
800 824 950 1015 56 8 33 M30 24 112,000
900 926 1050 1115 62 8 33 M30 28 135,000
1000 1028 1160 1230 70 8 36 M33 28 180,000

EN 1092-1 TYPE 02 PN16 LOOSE FLANGE DIMENSIONS

Rated Diameter Flange Screws Weight
(7,85 Kg/dm3)
d1 k D b e d2 Thread Bolt holes KG
15 25 65 95 14 3 14 M12 4 0,655
20 31 75 105 16 4 14 M12 4 0,913
25 38 85 115 16 4 14 M12 4 1,081
32 47 100 140 18 5 18 M16 4 1,781
40 53 110 150 18 5 18 M16 4 2,035
50 65 125 165 20 5 18 M16 4 2,668
65 81 145 185 20 6 18 M16 4 3,241
80 94 160 200 20 6 18 M16 8 3,512
100 120 180 220 22 6 18 M16 8 4,247
125 145 210 250 22 6 18 M16 8 5,258
150 174 240 285 24 6 22 M20 8 6,945
200 226 295 340 26 6 22 M20 12 9,383
250 281 355 405 29 8 26 M24 12 13,717
300 333 410 460 32 8 26 M24 12 18,213
350 365 470 520 35 8 26 M24 16 27,184
400 416 525 580 38 8 30 M27 16 34,789
450 467 585 640 42 8 30 M27 20 44,793
500 519 650 715 46 8 33 M30 20 62,227
600 622 770 840 55 8 36 M33 20 98,983
700 721 840 910 63 8 36 M33 24 107,32
800 824 950 1025 74 8 39 M36 24 152,44
900 926 1050 1125 82 8 39 M36 28 184,25
1000 1030 1170 1255 90 8 42 M39 28 257,09

EN 1092-1 Type 05 Flange Dimensions

Dimensions of flanges EN 1092-1 Blind type – 05 pn 16 surface B1 & phonographic rules for gasket tightness

DN D i a m e t e r Bolts Thickness Tollerance Surface Surface Net
outside bolt bolt Nr Type allowed on for gasket weight
circle holes thickness thigtness
D K L C1 +/ – mm d1 f1 Gmax kg
15 95 65 14 4 M12 16 1 45 2 0,67
20 105 75 14 4 M12 18 1 58 2 0,94
25 115 85 14 4 M12 18 1 68 2 1,11
32 140 100 18 4 M16 18 1 78 2 1,82
40 150 110 18 4 M16 18 1 88 3 2,08
50 165 125 18 4 M16 18 1 102 3 2,59
65 185 145 18 4;8 M16 18 1 122 3 55 3,32
80 200 160 18 8 M16 20 1,5 138 3 70 3,60
100 220 180 18 8 M16 20 1,5 158 3 90 4,39
125 250 210 18 8 M16 22 1,5 188 3 115 5,41
150 285 240 22 8 M20 22 1,5 212 3 140 7,14
200 340 295 22 12 M20 24 1,5 268 3 190 9,73
250 405 355 26 12 M24 26 1,5 320 3 235 14,21
300 460 410 26 12 M24 28 1,5 378 4 285 18,99
350 520 470 26 16 M24 30 1,5 438 4 330 28,13
400 580 525 30 16 M27 32 1,5 490 4 380 35,86
450 640 585 30 20 M27 40 1,5 550 4 425 46,13
500 715 650 33 20 M30 44 1,5 610 4 475 64,03
600 840 770 36 20 M33 54 2 725 5 575 96,05
700 910 840 36 24 M33 58 2 795 5 670 80,64
800 1025 950 39 24 M36 62 2 900 5 770 102,58
900 1125 1050 39 28 M36 64 2 1000 5 860 117,57
1000 1255 1170 42 28 M39 68 2 1115 5 960 149,58
1200 1485 1390 48 32 M45 * 2 1330 5 1160
1400 1685 1590 48 36 M45 * 2 1530 5 1346
1600 1930 1820 56 40 M52 * 2 1750 5 1546
1800 2130 2020 56 44 M52 * 2 1950 5 1746
2000 2345 2230 62 48 M56 * 2 2155 5 1950

EN 1092-1 TYPE 05 PN6 BLIND FLANGE DIMENSIONS

Diameter Flange Screws Weight
(7,85 Kg/dm3)
k D b d2 Thread Bolt holes KG
15 55 80 12 11 M10 4 0,438
20 65 90 14 11 M10 4 0,657
25 75 100 14 11 M10 4 0,821
32 90 120 14 14 M12 4 1,180
40 100 130 14 14 M12 4 1,390
50 110 140 14 14 M12 4 1,620
65 130 160 14 14 M12 4 2,140
80 150 190 16 18 M16 4 3,430
100 170 210 16 18 M16 4 4,220
125 200 240 18 18 M16 8 6,100
150 225 265 18 18 M16 8 7,510
200 280 320 20 18 M16 8 12,300
250 335 375 22 18 M16 12 18,500
300 395 440 22 22 M20 12 25,500
350 445 490 22 22 M20 12 31,800
400 495 540 22 22 M20 16 38,500
450 550 595 24 22 M20 16 51,200
500 600 645 24 22 M20 20 60,100
600 705 755 30 26 M24 20 103,000
700 810 860 40 26 M24 24 178,000
800 920 975 44 30 M27 24 252,000
900 1020 1075 48 30 M27 24 336,000
1000 1120 1175 52 30 M27 28 435,000
1200 1340 1405 60 33 M30 32 717,000
1400 1560 1630 68 36 M33 36 1.094,000
1600 1760 1830 76 36 M33 40 1.545,000
1800 1970 2045 84 39 M36 44 2.131,000
2000 2180 2265 92 42 M39 48 2.862,000

EN 1092-1 TYPE 05 PN10 BLIND FLANGE DIMENSIONS

Diameter Flange Screws Weight
(7,85 Kg/dm3)
k D b d2 Thread Bolt holes KG
200 295 340 24 22 M20 8 16,500
250 350 395 26 22 M20 12 24,100
300 400 445 26 22 M20 12 30,800
350 460 505 26 22 M20 16 39,600
400 515 565 26 26 M24 16 49,400
450 565 615 28 26 M24 20 63,000
500 620 670 28 26 M24 20 75,200
600 725 780 34 30 M27 20 124,000
700 840 895 38 30 M27 24 183,000
800 950 1015 48 33 M30 24 297,000
900 1050 1115 50 33 M30 28 374,000
1000 1160 1230 54 36 M33 28 492,000
1200 1380 1455 66 39 M36 32 842,000

EN1092-1 TYPE05 PN16 BLIND FLANGE DIMENSIONS

Diameter Flange Screws Weight
(7,85 Kg/dm3)
k D b d2 Thread Bolt holes KG
15 65 95 16 14 M12 4 0,813
20 75 105 18 14 M12 4 1,140
25 85 115 18 14 M12 4 1,380
32 100 140 18 18 M16 4 2,030
40 110 150 18 18 M16 4 2,350
50 125 165 18 18 M16 4 2,880
65 145 185 18 18 M16 4 3,643
80 160 200 20 18 M16 8 4,610
100 180 220 20 18 M16 8 5,650
125 210 250 22 18 M16 8 8,130
150 240 285 22 22 M20 8 10,500
200 295 340 24 22 M20 12 16,200
250 355 405 26 26 M24 12 25,000
300 410 460 28 26 M24 12 35,100
350 470 520 30 26 M24 16 48,000
400 525 580 32 30 M27 16 63,500
450 585 640 40 30 M27 20 96,600
500 650 715 44 33 M30 20 133,000
600 770 840 54 36 M33 20 226,000
700 840 910 58 36 M33 24 285,000
800 950 1025 62 39 M36 24 388,000
900 1050 1125 64 39 M36 28 483,000
1000 1170 1255 68 42 M39 28 640,000

EN 1092-1 Type 11 Flange Dimensions

EN 1092-1 TYPE 11 PN6 WNRF FLANGE DIMENSIONS

Rated Diameter Flange Neck Raised face Screws Weight
(7,85 Kg/dm3)
d1 k D b h1 d3 s r h2 d4 f d2 Thread Bolt holes Kg
15 21,3 55 80 12 30 30 2,00 4 6 40 2 11 M10 4 0,408
20 26,9 65 90 14 32 38 2,30 4 6 50 2 11 M10 4 0,621
25 33,7 75 100 14 35 42 2,60 4 6 60 2 11 M10 4 0,762
32 42,4 90 120 14 35 55 2,60 6 6 70 2 14 M12 4 1,110
40 48,3 100 130 14 38 62 2,60 6 7 80 3 14 M12 4 1,260
50 60,3 110 140 14 38 74 2,90 6 8 90 3 14 M12 4 1,430
65 76,1 130 160 14 38 88 2,90 6 9 110 3 14 M12 4 1,770
80 88,9 150 190 16 42 102 3,20 8 10 128 3 18 M16 4 2,880
100 114,3 170 210 16 45 130 3,60 8 10 148 3 18 M16 4 3,410
125 139,7 200 240 18 48 155 4,00 8 10 178 3 18 M16 8 4,650
150 168,3 225 265 18 48 184 4,50 10 12 202 3 18 M16 8 5,500
200 219,1 280 320 20 55 236 6,30 10 15 258 3 18 M16 8 8,600
250 273,0 335 375 22 60 290 6,30 12 15 312 3 18 M16 12 11,700
300 323,9 395 440 22 62 342 7,10 12 15 365 4 22 M20 12 15,300
350 355,6 445 490 22 62 385 7,10 12 15 415 4 22 M20 12 20,300
400 406,4 495 540 22 65 438 7,10 12 15 465 4 22 M20 16 23,100
450 457,0 550 595 22 65 492 7,10 12 15 520 4 22 M20 16 27,000
500 508,0 600 645 24 68 538 7,10 12 15 570 4 22 M20 20 30,800
600 610,0 705 755 30 70 640 7,10 12 16 670 5 26 M24 20 44,000
700 711,0 810 860 30 76 740 8,00 12 16 775 5 26 M24 24<

Category:

Description

EN 1092-1 Flange: European Standard Flanges for Industrial Piping

EN 1092-1 Flange is an industrial pipe flange manufactured according to the applicable requirements of the EN 1092-1 standard. These flanges are widely associated with European-standard piping systems and can be used for connecting pipes, valves, equipment, and other components where a flanged connection is required.

EN 1092-1 covers circular steel flanges and includes requirements relating to flange types, dimensions, pressure designations, facing arrangements, and other relevant characteristics. The exact flange configuration, material, pressure designation, dimensions, and facing should always be confirmed against the applicable project specification and current standard.

For industrial procurement, selecting the right EN 1092-1 Flange requires consideration of nominal size, pressure designation, flange type, material, facing, bolt configuration, operating conditions, and application. Masiva Metals can be approached for EN-standard flange requirements for domestic and international industrial projects.

EN 1092-1 Flange

EN 1092-1 Flange is designed for use in piping systems where a standardized flanged connection is required.

  • It is associated with European-standard industrial piping.
  • It can be used for connecting pipes and piping components.
  • Different flange types are available according to application requirements.
  • Pressure designations and dimensions should be selected according to the applicable specification.
  • Material selection should match the service environment.
  • Facing selection should be compatible with the mating component and gasket arrangement.
  • Buyers should verify the latest applicable standard requirements before procurement.

The exact flange specification should be established before manufacturing or purchasing to ensure compatibility with the intended piping system.

EN 1092-1 Flanges

EN 1092-1 Flanges can be used across different industrial piping and equipment connection applications.

  • Flanges provide detachable connections between piping components.
  • They can facilitate inspection, maintenance, and equipment removal.
  • Different designs can accommodate different installation requirements.
  • Flange dimensions need to correspond with the connected piping components.
  • Pressure designation should be suitable for the system design.
  • Material should be selected based on temperature, pressure, fluid, and corrosion considerations.

For large projects, maintaining consistent flange specifications across procurement batches can be important for installation and interchangeability.

European Standard Flange

European Standard Flange is a broad term used for flanges designed around European piping standards. EN 1092-1 is an important standard for steel flanges used in various piping applications.

  • European-standard flanges can be used in industrial piping systems.
  • They are commonly specified using nominal size and pressure designation.
  • Flange type and facing are important selection parameters.
  • Material grade must be compatible with the application.
  • Bolt-hole configuration must match the mating flange.
  • Gasket selection should be considered along with the flange facing.

Buyers should avoid selecting a flange only by nominal size and should provide the complete technical specification.

EN Flange

EN Flange refers broadly to a flange manufactured according to an applicable European standard. When EN 1092-1 is specifically required, the procurement specification should identify the standard clearly.

  • EN flanges can be supplied in multiple configurations.
  • They can be used with pipes, valves, pumps, vessels, and other equipment.
  • Dimensions depend on the applicable standard and pressure designation.
  • Material selection varies according to service requirements.
  • Facing requirements should be clearly specified.
  • Inspection and documentation requirements can be added to the purchase specification.

For international projects, clear identification of the applicable EN standard can help prevent specification mismatches.

DIN EN 1092-1 Flange

DIN EN 1092-1 Flange is a commonly used search term for flanges associated with the EN 1092-1 standard within the European standards framework.

  • Buyers may use both DIN EN and EN terminology during procurement.
  • The exact standard designation should be confirmed in project documentation.
  • Flange dimensions should be checked against the applicable table and pressure designation.
  • Material grade should be specified separately.
  • Facing type should be confirmed.
  • Inspection and certification requirements should be documented.

Engineering teams should always work from the applicable project standard and current technical documentation rather than relying only on a product keyword.

EN 1092-1 Pipe Flange

EN 1092-1 Pipe Flange is used to create a flanged connection within a piping system.

  • It can connect pipe sections and piping components.
  • Flanged connections can be disassembled when maintenance is required.
  • Different flange types can suit different fabrication and installation requirements.
  • Correct bore dimensions are important for compatibility.
  • Bolt-hole dimensions need to match the mating flange.
  • Gasket and facing selection should be considered during installation.

For pipe fabrication, the flange should be selected according to the pipe size, wall thickness, pressure designation, material, and project requirements.

EN 1092-1 Flange Manufacturer

An EN 1092-1 Flange Manufacturer should be able to manufacture or supply flanges according to the required standard and customer specifications.

  • Buyers should specify the required flange type.
  • Nominal size should be clearly communicated.
  • Pressure designation should be identified.
  • Material grade should be specified.
  • Facing requirements should be confirmed.
  • Inspection and documentation requirements should be discussed.
  • Marking and traceability requirements should be established for project orders.

For international procurement, manufacturers should also be able to address packaging and documentation requirements appropriate to the destination market.

EN 1092-1 Flange Supplier

An EN 1092-1 Flange Supplier supports industrial customers by supplying flanges according to agreed technical specifications.

  • Suppliers should receive complete dimensional requirements.
  • Material grade should be confirmed before quotation.
  • Pressure designation should be specified.
  • Flange type and facing should be identified.
  • Quantity and delivery schedule should be communicated.
  • Inspection requirements should be agreed in advance.
  • Required documentation should be specified.

Masiva Metals can be approached for EN-standard flange requirements based on project-specific size, material, pressure, and application requirements.

EN Standard Flange

EN Standard Flange products are commonly selected for piping systems designed around European standards.

  • They can be used in industrial piping.
  • They can connect valves and equipment.
  • Different flange configurations are available.
  • Proper pressure designation is essential.
  • Material compatibility should be evaluated.
  • Gasket and bolting requirements should be considered.
  • Project drawings and specifications should be followed.

Using the correct standard and dimensions helps ensure that the flange is compatible with the rest of the piping system.

Industrial EN Flange

Industrial EN Flange products can be used in applications requiring standardized flange connections.

  • Process plants can use flanged piping connections.
  • Chemical facilities may require suitable flange materials.
  • Power projects can specify standardized piping components.
  • Water and utility systems can use flanged connections.
  • Oil and gas projects may require specific material and pressure specifications.
  • Equipment connections can use suitable flange configurations.

The suitability of an Industrial EN Flange depends on the service conditions and engineering specification.

EN 1092-1 Flange Manufacturer in Italy & Belgium

Businesses searching for an EN 1092-1 Flange Manufacturer in Italy & Belgium may require European-standard flanges for industrial piping, equipment connections, fabrication, and engineering projects.

  • Buyers should provide the required nominal size.
  • Pressure designation should be specified.
  • Flange type and facing should be confirmed.
  • Material requirements should be documented.
  • Inspection certificates can be requested where required.
  • Packaging and export documentation should be discussed.

For Italy and Belgium projects, maintaining consistent dimensional and material specifications can simplify installation and procurement.

EN 1092-1 Flange Supplier in UAE

An EN 1092-1 Flange Supplier in UAE can support contractors, distributors, engineering companies, and industrial procurement teams requiring European-standard flange products.

  • Buyers should identify the required flange type.
  • Nominal size and pressure designation should be specified.
  • Material grade should match the project requirements.
  • Facing and bolt-hole details should be confirmed.
  • Documentation should be agreed before ordering.
  • Delivery and packaging requirements should be communicated.

UAE industrial projects may involve complex procurement requirements, making complete technical specifications important during sourcing.

EN 1092-1 Flange Manufacturer in Spain

An EN 1092-1 Flange Manufacturer in Spain may be relevant to companies sourcing European-standard flanges for piping and industrial applications.

  • Buyers should specify the required standard.
  • Nominal size should be confirmed.
  • Pressure designation should match the design requirement.
  • Material grade should be established.
  • Flange type and facing should be identified.
  • Inspection and documentation requirements should be communicated.

Spanish buyers can use approved project specifications to ensure the selected flange matches the intended piping system.

EN 1092-1 Flange Supplier in Germany & South Korea

An EN 1092-1 Flange Supplier in Germany & South Korea can support industrial projects requiring standardized European flange configurations.

  • Technical specifications should be clearly documented.
  • Material grade should be confirmed.
  • Flange dimensions should be verified.
  • Pressure designation should be selected according to design requirements.
  • Facing requirements should be specified.
  • Quality documentation should be agreed before supply.

For technically demanding markets, maintaining accurate procurement records can help ensure that the supplied flanges match project requirements.

EN 1092-1 Flange Manufacturer in Italy

An EN 1092-1 Flange Manufacturer in Italy can be considered by industrial buyers requiring European-standard flange products.

  • Buyers should provide the required size and pressure designation.
  • Material should be selected according to service conditions.
  • Flange type should be clearly specified.
  • Facing requirements should be identified.
  • Documentation requirements should be established.
  • Delivery requirements should be agreed before production.

Complete technical information allows the manufacturer to supply a flange suitable for the specified piping application.

EN 1092-1 Flange Supplier in Belgium

An EN 1092-1 Flange Supplier in Belgium can serve industrial distributors, contractors, engineering businesses, and procurement teams.

  • Buyers should provide complete technical requirements.
  • Flange dimensions should be confirmed.
  • Pressure designation should be specified.
  • Material requirements should be documented.
  • Facing and gasket compatibility should be considered.
  • Inspection documentation should be requested where necessary.

A detailed purchase specification can reduce the risk of receiving an incompatible flange.

EN 1092-1 Flange Manufacturer in Germany

An EN 1092-1 Flange Manufacturer in Germany may supply flanges for industrial piping and equipment connection requirements.

  • Product dimensions should be confirmed.
  • Standard designation should be clearly stated.
  • Material grade should be specified.
  • Pressure designation should match the application.
  • Flange type and facing should be identified.
  • Inspection requirements should be communicated before manufacturing.

German industrial procurement can benefit from detailed technical documentation and clear quality requirements.

EN 1092-1 Flange Supplier in Vietnam & Philippines

An EN 1092-1 Flange Supplier in Vietnam & Philippines can support industrial customers sourcing European-standard piping components.

  • Buyers should identify the required flange configuration.
  • Nominal size and pressure designation should be confirmed.
  • Material grade should be appropriate for the service.
  • Facing should match the connected equipment.
  • Packaging should be suitable for international transportation.
  • Delivery requirements should be established in advance.

Clear specifications can help businesses in Vietnam and the Philippines manage international sourcing efficiently.

EN 1092-1 Flange Manufacturer in Saudi Arabia & UAE

An EN 1092-1 Flange Manufacturer in Saudi Arabia & UAE can be relevant to industrial projects requiring European-standard flange products.

  • Buyers should define the flange type.
  • Size and pressure designation should be established.
  • Material grade should be confirmed.
  • Facing requirements should be documented.
  • Inspection and testing requirements should be discussed.
  • Export packaging and documentation should be confirmed.

For large industrial projects, technical compliance and traceability can be important considerations during procurement.

Types of EN 1092-1 Flanges

EN 1092-1 covers different flange configurations, and the appropriate type depends on the piping design and fabrication method.

  • Welding neck flanges
  • Blind flanges
  • Slip-on style configurations where applicable to the standard
  • Plate flanges
  • Loose or collar-related configurations where applicable
  • Threaded configurations where permitted by the applicable specification

The exact availability and designation should be confirmed against the current EN 1092-1 standard and the manufacturer’s product range.

Applications of EN 1092-1 Flange

EN 1092-1 Flange products can be considered for a broad range of industrial applications.

  • Process piping
  • Chemical processing plants
  • Petrochemical facilities
  • Oil and gas infrastructure
  • Power generation
  • Water treatment
  • Industrial utilities
  • Manufacturing plants
  • Engineering and fabrication projects
  • Equipment and vessel connections

Application suitability depends on pressure, temperature, fluid, material compatibility, flange configuration, and applicable project standards.

Benefits of EN 1092-1 Flange

EN 1092-1 Flange products can provide several practical advantages when correctly selected.

  • Standardized dimensions: Standardized dimensions help support compatibility within applicable piping systems.
  • Detachable connections: Flanged joints can facilitate inspection and maintenance.
  • Equipment integration: Flanges can connect piping to valves and equipment.
  • Configuration options: Different flange types support different fabrication requirements.
  • Industrial versatility: Suitable flange products can be used across multiple industries.
  • Specification-based selection: Buyers can select products based on size, pressure designation, material, and facing.

The actual benefits depend on the selected flange design and the application in which it is installed.

How to Select EN 1092-1 Flange

The correct EN 1092-1 Flange should be selected according to the complete piping requirement.

  • Nominal size: Confirm the pipe size.
  • Pressure designation: Select the appropriate pressure designation.
  • Flange type: Choose the configuration required by the piping design.
  • Material: Select a compatible material grade.
  • Facing: Confirm the required flange face.
  • Bore: Check compatibility with the connected pipe.
  • Bolt holes: Verify bolt-hole dimensions.
  • Temperature: Consider operating and design temperatures.
  • Media: Evaluate compatibility with the process fluid.
  • Documentation: Identify certificates and inspection requirements.
  • Quantity: Confirm the required quantity and delivery schedule.

Providing these details to the supplier can improve quotation accuracy and reduce procurement errors.

EN 1092-1 Flange for Industrial Piping

EN 1092-1 Flange can be used in industrial piping where a standardized flange connection is required.

  • It can connect pipe sections.
  • It can facilitate valve connections.
  • It can connect piping to equipment.
  • It can be used in maintenance-oriented piping arrangements.
  • Different flange types can address different fabrication requirements.
  • Proper gasket and bolting selection should accompany flange selection.

Engineers should follow the applicable piping design, pressure calculations, material requirements, and installation procedures.

Quality and Inspection

Quality requirements for EN 1092-1 Flange products can vary depending on the project and customer specification.

  • Dimensional inspection can verify important flange measurements.
  • Visual inspection can identify obvious surface irregularities.
  • Material documentation can support traceability.
  • Additional testing can be specified where required.
  • Marking can help identify the product and relevant information.
  • Inspection reports can be supplied when included in the purchase requirements.

Buyers should specify inspection requirements before production rather than assuming a particular inspection package is included.

Installation Considerations

Correct installation is essential for achieving a reliable flanged connection.

  • Confirm that mating flange dimensions are compatible.
  • Select a suitable gasket.
  • Ensure flange faces are clean.
  • Align the flanges properly.
  • Use suitable bolts and nuts.
  • Follow the specified tightening sequence and torque requirements.
  • Avoid unnecessary stress on the piping connection.
  • Inspect the completed joint according to the applicable procedure.

Installation should be performed according to the project’s engineering requirements and applicable standards.

Why Choose Masiva Metals?

Masiva Metals can be considered by industrial buyers looking for EN-standard flange products for domestic and international projects.

  • Buyers can communicate detailed technical specifications.
  • Product requirements can be discussed according to application.
  • International customers can specify destination requirements.
  • Material, size, pressure designation, flange type, and facing can be established before ordering.
  • Documentation requirements can be discussed.
  • Quantity and delivery requirements can be communicated during procurement.

Customers should confirm the latest product availability, technical specifications, applicable standards, inspection requirements, and commercial terms directly with Masiva Metals before placing an order.

Frequently Asked Questions About EN 1092-1 Flange

What is an EN 1092-1 Flange?

An EN 1092-1 Flange is a flange manufactured according to the applicable requirements of EN 1092-1 for circular steel flanges used in piping and related applications.

What does EN 1092-1 cover?

EN 1092-1 provides requirements associated with circular steel flanges, including applicable types, dimensions, pressure designations, and related characteristics.

Is EN 1092-1 the same as DIN flange?

EN 1092-1 is a European standard. “DIN flange” is often used in the market because of historical German standards and terminology. The exact required standard should always be confirmed from the project specification.

What materials are available for EN 1092-1 Flanges?

Material availability depends on the manufacturer and project requirements. The selected material should be suitable for the operating pressure, temperature, process medium, and environmental conditions.

What are EN 1092-1 Flanges used for?

They can be used for connecting pipes, valves, equipment, vessels, and other components in industrial piping systems.

How do I select an EN 1092-1 Flange?

Consider nominal size, pressure designation, flange type, material, facing, bore, bolt-hole arrangement, temperature, process medium, and applicable project requirements.

Can EN 1092-1 Flanges be used internationally?

Yes, they can be specified for international projects where the engineering design calls for the EN 1092-1 standard. The project specification should determine whether the standard is appropriate.

What information should I provide when ordering?

Provide flange type, nominal size, pressure designation, material grade, facing, quantity, applicable standard, inspection requirements, documentation requirements, and delivery destination.

Can Masiva Metals supply EN 1092-1 Flanges?

Masiva Metals can be approached regarding EN 1092-1 Flange requirements. Buyers should confirm current availability, specifications, production details, documentation, and delivery terms.

How can I request a quotation?

Contact Masiva Metals with your required flange type, size, pressure designation, material, quantity, destination, and documentation requirements for a product-specific quotation.

Conclusion

EN 1092-1 Flange is an important component for industrial piping systems requiring standardized European flange connections. Its application can extend across process piping, chemical plants, petrochemical facilities, power projects, water treatment systems, manufacturing facilities, and equipment connections.

The correct selection depends on more than the EN 1092-1 designation. Buyers should confirm nominal size, pressure designation, flange type, material grade, facing, bore, bolt-hole arrangement, operating conditions, inspection requirements, and documentation.

For international procurement across Italy, Belgium, UAE, Spain, Germany, South Korea, Vietnam, the Philippines, and Saudi Arabia, clear technical specifications are especially important. Masiva Metals can be approached for EN 1092-1 Flange requirements and other industrial piping components.

Contact Masiva Metals with your EN 1092-1 Flange requirements, including size, pressure designation, material, flange type, quantity, and destination, to discuss your industrial project needs.

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