We store seamless elbows to DIN 2605 part 1 type 3 (R~1.5xD)

We store seamless elbows to DIN 2605 part 1 type 3 (R~1.5xD) 90° made of P235 TR2, P245GH, P265GH,starting from an outside diameter of 21.30 mm x 2.0 mm wall thickness up to 609.60 x 12.50 mm.

As specialists, in addition to standard dimensions, we also offer unusual sizes. We store welded elbows made of St37.0/S235 with normal wall thicknesses in sizes ranging from 33.70 x 2.60 mm to 168.30 x 4.50 mm. Furthermore, we are also able to offer a comprehensive inventory of welded elbows in wall thickness row 2 type 3 from 219.10 x 4.50 mm up to 914.00 x 10.00 mm.
we have focused on elbows with a Short Radius in accordance with DIN 2605 part 1 type 2 (R~1xD) 90°. It goes without saying that we offer a complete and, in part, welded range from 21.30 x 2.00 mm through 60.30 x 4.50 mm, 76.10 x 4.50 mm, 139.70 x 12.50 mm, 159.00 x 4.50 mm, 323.90 x 5.60 mm and 355.60 x 8.00 mm up to 813.00 x 8.00 mm.

We can also optionally supply DIN elbows of type 5 (R~2.5xD) from our own stock. The available dimensions with normal wall thicknesses range from 21.30 x 2.00 mm to 273.00 x 6.30 mm.

Above and beyond the above-mentioned stock programme, we continually supply elbows to DIN 2605 part 2 with 100% utilisation factor, processed elbows with special angles and adapted connection dimensions.
Following the latest standards we provide elbows according to EN 10253-1 and EN 10253-2 immediately from stock. We stock the radii of 2D, 3D and 5D in the standard version type A. In order to meet the increased demands and more complex customer requirements, we ship very quickly elbows of all radii with full utilisation design according to EN 10253-2 Type B.

Regular stocking of elbows to the ANSI/ASME standard in sizes from ½" (21.34 mm) to a maximum of 32" (812.80 mm) is a matter of course for us. We stock large quantities of our standard range in the common wall thicknesses, Schedule STD and Schedule XS, with long and short radii. However, we also offer dimensions in many thin and thick-walled variants, in particular with short radius.