EN 10028-3 P275NL1 Steel Plate | P275NL1 -40°C Vessel Plate supplier

P275NL1 is the −40 °C sister of P275NH in EN 10028-3. Buyers search EN 10028-3 P275NL1, P275NL1 steel plate, 1.0488, P275NL1 -40°C vessel plate and P275NL1 supplier. NL1 is the low-temperature quality. This page is not P275NH. NH is elevated-temperature quality. This page is not P275NL2. NL2 is the colder quality. This page is not EN 10028-2 P265GH.

Yield is 275 MPa at ≤16 mm. Tensile is 390–510 MPa. Steel number is 1.0488. Delivery is normalized (+N). Charpy is specified at −40 °C when the order follows NL1. SHH STEEL is a global steel mill sourcing partner and steel manufacturer & exporter (mill-direct, China origin) supplying this grade to the USA, Europe, Middle East, Southeast Asia, Africa and South America.

Do not ship P275NH against a P275NL1 drawing and call 275 the same. Do not ship 16MnDR steel plate and call −40 °C automatic dual name unless both books are met. Dual marking is possible only when chemistry, tensile, impact temperature and delivery all fit.

Company scope: global exporter SHH STEEL.

This plate sits in pressure vessel steel plates and carbon steel plates. Chinese −40 °C comparisons belong on GB/T 713.3. EN 10028-2 high-temperature sisters belong on EN 10028-2.

Cast analysis follows EN 10028-3. Product analysis follows EN 10028-1 when ordered.

Cast Analysis and Product Analysis — EN 10028-3 P275NL1 (1.0488)

Nickel may sit a little higher than on P275NH because NL1 is a toughness quality. Sulfur and phosphorus stay tight. This is still C-Mn fine-grain plate, not 3.5Ni and not 9Ni. SHH STEEL reports cast analysis on every certificate and product analysis when ordered. Density is 7.85 g/cm³.

Buyers search P275NL1 mechanical properties, P275NL1 impact and P275NL1 -40°C. Yield still falls with thickness. Impact is the NL1 item.

Tensile and Yield — EN 10028-3 P275NL1

Elongation is typically 24% min on thinner plate. Charpy for NL1 is −40 °C. Energy is commonly 27 J average when the order follows the book. Location and orientation (transverse / longitudinal) must be written. Do not assume NL2 −50 °C on this page.

Do not quote 275 MPa yield on an 80 mm plate. Do not treat −40 °C as permission to stamp 16MnDR steel plate or SA516 Grade 60 without checking both books.

Buyers pick P275NL1 when a PED file wants 275 MPa fine-grain plate and Charpy at −40 °C, not NH elevated-temperature values and not P355NL1 strength. Search phrases such as P275NL1 -40°C, P275NL1 boiler plate and 1.0488 steel plate all point here.

It is not a substitute for 09MnNiDR steel plate. That grade is −70 °C. It is not a substitute for 08Ni3DR steel plate. That grade is 3.5Ni. An ASME file should name SA-662 or SA-516 with impact extras. Dual marking is possible only when both books are met.

SHH STEEL supplies this plate to fabricators in the United States, Mexico, South America, Europe, the Middle East, Africa and Asia.

P275NL1 is killed fine-grain C-Mn vessel plate. Treat welding as production welding, and as PED / ASME Code welding when the equipment is a vessel.

Qualify to the applicable code. Consumables must keep toughness at the design temperature. A procedure written for SA516 Grade 70 is not automatically valid. A nickel procedure written for SA203 Grade D is the wrong family. Heat input and hydrogen control matter more on NL1 than on a room-temperature carbon plate. The fabricator owns the WPS. SHH STEEL can share mill heat data for that review.

Usual delivery from SHH STEEL is normalized EN 10028-3 P275NL1 (+N). Buyers who search P275NL1 normalized are asking for this route.

If the vessel will see PWHT, say so. Impact after simulated PWHT is worth naming on a −40 °C file. Extra simulation, 3.2 hold points or special NDE add time. Plan about two months when those extras are on the order.

The certificate lists EN 10028-3 P275NL1; 1.0488; heat number; cast analysis; product analysis when ordered; tensile to the correct thickness column; +N; Charpy at −40 °C when ordered. Certificates may be EN 10204 3.1 or EN 10204 3.2.

Usual supply range from SHH STEEL for P275NL1 -40°C vessel plate:

• Thickness: commonly 6 mm – 150 mm, thicker by mill agreement
• Width: 1500 mm – 4000 mm
• Length: 3000 mm – 12000 mm

Structural fine-grain plate belongs on EN 10025-3. Ship plate belongs on shipbuilding steel plates.

Dimensional limits for EN 10028-3 P275NL1 follow EN 10028-1 and EN 10029 unless the purchase order names another table. Class A is the usual default. Class B, Class C and Class D exist when the fabricator needs a tighter or one-sided thickness extra.

Thickness is the first argument on a −40 °C vessel. If the calculation used minimum thickness after corrosion allowance, write whether minus tolerance is allowed. A 20 mm P275NL1 plate ordered Class A is not the same delivered plate as a 20 mm plate ordered with minus restricted to 0.3 mm. Write the class next to the thickness. Do not wait until the plate is on the cutting bed in Rotterdam or Houston.

Width and length tolerances also sit in EN 10029. Cut-to-length reversing-mill plate does not hold the same edge as sheared strip. If the nesting program needs +0 / −5 mm on length, that is an order line. Edge condition should be mill edge or trimmed edge. Flame-cut edges on fine-grain plate pick up a heat-affected rim. If that edge will be welded without a clean-up cut, say so before burning.

Flatness matters more when the plate becomes a head or a tube-sheet blank. Normalized fine-grain plate is usually flatter than QT plate, but a 60 mm P275NL1 plate can still carry a light bow. Ask for a flatness class and for flattening after normalizing if CNC cutting is planned. Out-of-square and camber should be named on 12 000 mm shell courses.

For dual-name work against SA516 Grade 60 or SA662 Grade A, do not mix EN 10029 Class A with SA-20 extras without a sentence on the purchase order. SHH STEEL follows the tighter of the two named tables when both are written. Do not apply ASTM A36 structural tolerances to a PED −40 °C plate without writing them.

Marking must survive shot blast: heat number, P275NL1, 1.0488, +N, and −40 °C when that is the impact mark. Paint-only stencil disappears in a blast booth. Ask for low-stress stamp plus paint if the destination file requires both.

NL1 files live on extras. The base book gives chemistry, +N and the −40 °C idea. The purchase order still has to name the rest.

Charpy details. Write −40 °C, joules, number of specimens, location (top / mid-thickness) and orientation (transverse is the usual vessel request). Do not write “impact as per EN 10028-3” and expect NL2 −50 °C. That is a different grade.

Impact after simulated PWHT. If the vessel will be stress-relieved, coupons should see the same cycle. A −40 °C result on the as-normalized plate is not the same as a −40 °C result after a 600 °C hold.

Product analysis. Add this when the destination file wants finished-plate chemistry, especially P, S, Al and N.

Through-thickness / Z-test. Name Z15, Z25 or Z35 when the plate is a thick nozzle or a pad.

NDE. EN 10160 class, or ASTM A435 / A578 if the ASME file uses those tables. Write the scan coverage, not only “UT”.

HIC / NACE. Only when the process stream is sour. P275NL1 is not automatically HIC-tested.

Third-party. EN 10204 3.2 with SGS, TÜV, BV, ABS, CCS, DNV or the inspector named. Book the hold point before rolling.

Identification. Color code, die stamp and stencil language if the site uses a paint system for low-temperature plate.

P275NL1 shows up on LPG-adjacent equipment that is not cold enough for 3.5Ni, on European tank farms that specify −40 °C, and on export vessels that want a PED fine-grain name instead of only SA-516 with an impact extra. It is the wrong plate for LNG inner tanks. That work belongs on 06Ni9DR steel plate. It is the wrong plate for a 355 MPa calculation. That work belongs on P355NL1. It is the wrong plate for a file that only wants elevated-temperature proof strength and no −40 °C. That work belongs on P275NH.

If the drawing lists winter design temperature, write the impact temperature on the mill order in the same number. A tank designed at −20 °C can still be ordered as P275NL1. A tank designed at −50 °C cannot. That is P275NL2.

SHH STEEL sources EN 10028-3 P275NL1 from first-line Chinese mills and ships it on worldwide terms. Partner mills include Wuyang (Wugang), Angang, Shougang, Hanye, Anyang Iron & Steel, Baosteel, Xinyu, Xingcheng, Yongjin, Tsingshan, TISCO (Taiyuan), Jiuquan (JISCO), Lianzhong, Zhangpu and Baoxin, plus other qualified mills when the size or normalizing route requires it.

Mill test certificates are issued to EN 10204 3.1 as standard. EN 10204 3.2 is arranged when the order names a third-party hold point.

Usual stock and rolling thickness: 8 mm, 10 mm, 12 mm, 16 mm, 20 mm, 25 mm, 30 mm, 32 mm, 36 mm, 40 mm, 50 mm, 60 mm, 80 mm, 100 mm, thicker by mill agreement.

Processing: CNC or flame cutting, bevel, flattening, UT to EN 10160 or the named class.

Trade terms: FOB Shanghai main, CIF destination available. Payment: TT, LC, or TT + LC.

Ocean time from Shanghai: US West 14–18 days; US Gulf 28–35 days; Rotterdam / Antwerp 28–35 days; Jebel Ali 18–25 days; Singapore 7–12 days; other ports quoted.

Third-party: SGS, TÜV, BV, ABS, CCS, GL, VL, DNV, RINA, NK, KR, or the inspector named.

SHH STEEL is a global steel mill sourcing partner with mill partnerships in China. We supply ASTM, ASME, EN, DIN, JIS and GB steel to buyers in the United States, Europe, the Middle East, Southeast Asia, Africa and South America. Origin is mill-direct, China origin.

SHH STEEL has supplied steel plates to the USA, Mexico, Argentina, Peru, El Salvador, Spain, Netherlands, Germany, UAE, Saudi Arabia, South Africa, India, Thailand, Singapore, Vietnam, the Philippines, Japan and Korea.

Typical lead time: ex-stock 5–7 days; standard +N about 45 days; simulated PWHT / 3.2 about 2 months.

Company scope: worldwide delivery SHH STEEL.

SHH STEEL is a global steel mill sourcing partner and steel manufacturer & exporter (mill-direct, China origin). On EN 10028-3 P275NL1 that means mill pricing from first-line mills, 1.0488 chemistry, recorded +N, Charpy at −40 °C when ordered, 3.1 as standard and 3.2 when specified.

We keep the grade on the order. P275NL1 is not P275NH. P275NL1 is not P275NL2. P275NL1 is not EN 10028-2 P265GH. P275NL1 is not Q345R steel plate. If the drawing says −50 °C, we will not ship NL1 and call minus forty close.

Company scope: global exporter SHH STEEL.

EN 10028-3 P275NL1 Steel Plate is European normalized fine-grain −40 °C pressure-vessel plate, steel number 1.0488, at the 275 MPa yield step and 390–510 MPa tensile at ≤16 mm, usually +N. Whether the inquiry says EN 10028-3 P275NL1, 1.0488, P275NL1 -40°C Vessel Plate or P275NL1 supplier, SHH STEEL as a global steel mill sourcing partner and steel manufacturer & exporter (mill-direct, China origin) supplies plate with P275NL1 chemistry, recorded +N, Charpy at −40 °C when ordered, and EN 10204 3.1 or 3.2 certification.

SHH STEEL supplies EN 10028-3 P275NL1 -40°C Vessel Plate to the USA, Mexico, South America, Europe, the Middle East, Africa and Asia for work that actually names this grade.

Contact SHH STEEL for mill rolling, stock inquiry, cutting, bevel, 3.2 inspection or a worldwide quotation.

EN 10028-3 P275NL1 Steel Plate, P275NL1 -40°C vessel plate, 1.0488, P275NL1 supplier, global exporter SHH STEEL