Quarto plate

Made to measure

For extra thickness or larger dimensions, Outokumpu hot-rolled plates – quarto or heavy plates – are the ideal solution.
Because Outokumpu oversees production from melt to market, superior quality and on-time delivery are assured.    

Benefits

Why Quarto plate

  • Made to precise customer specifications.
  • Individually rolled quarto plates are customizable.
  • Quarto plate material also available to be delivered prefabricated.

Attributes

  • Thicknesses up to 130 mm and widths up to 3,200 mm.
  • Thicker than 130 mm available on request.
  • Large widths for streamlined construction.

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The industrial strength solution

Outokumpu hot-rolled plates – quarto or heavy plates – are the ideal solution for extra thickness or larger dimensions. By overseeing production from melt to market, superior quality and on-time delivery are assured. Individually rolled quarto plates can be customized, and material can be delivered prefabricated (prepolished, with edge preparation and corrugation).

Individually rolled quarto plates are customizable and can be delivered prefabricated in diverse options such as pre-polished, with edge preparation and corrugation.

NORSOK-approved grades of Outokumpu quarto plate (duplex grades Forta DX 2205, super duplex Forta SDX 2507 and Forta SDX 100, as well as super austenitic Ultra 6XN and Ultra 254 SMO, also referred as 6Mo grades), are qualified for use in the oil and gas industry.

 

Expertise in production

More than 60 grades of stainless steel are produced in thicknesses of up to 110 mm, even thicker plates are available on request and widths of up to 3,200 mm at our state-of-the-art plate production unit in Degerfors, Sweden. There, deep industry expertise results in quarto plate with exceptional flatness and surface quality.

Outokumpu’s network of Plate Service Centers (PSCs) throughout Europe and Kunshan, China offers a comprehensive menu of services designed to add value to your project: plasma cutting, waterjet cutting, laser cutting, bending and mechanical processing, edge preparation, welding, sawing, and shearing.

Grades, dimensions and services

METRIC DIMENSIONS
Surface finish Thickness (mm) Width (mm) Length (mm)
1D – Hot rolled, heat treated, pickled 5.0–130* 400–3,260 400–13,500

 

*) Thicknesses > 110 mm, 5 % reduced mechanical values. Thicknesses > 130 mm on request.

 

IMPERIAL DIMENSIONS
Surface finish Thickness (in) Width (in) Length (in)
1D – Hot rolled, heat treated, pickled 0.19685–5.11811 15.748–128.346 15.748–531.496

 

The maximum length for a given thickness and width combination might be restricted due to maximum piece weight restrictions.

The availability of specific dimensions and dimension combinations depends on the steel grade.

Storage tank calculator: Calculate material consumption with your specifications

Pressure vessel calculator: Use this tool to compare how steel grade selection affects the wall thickness in a pressure vessel’s cylindrical shell

Core 304/4301

Core 304/4301 is a classic 18% chromium, 8% nickel austenitic stainless steel. It’s an all-purpose product with good corrosion resistance and is suitable for a wide variety of applications that require good formability and weldability. Core 304/4301 can be delivered with a variety of surface finishes.

EN 1.4301

ASTM type 304

ASTM UNS S30400

Microstructure Austenitic

Typical applications

  • Household appliances and consumer goods
  • Kitchen equipment
  • Indoor and outdoor cladding, handrails and window frames
  • Food and beverage industry equipment
  • Storage tanks
  • Flanges and valves

Datasheet

Download Core range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.04

Cr 18.1

Ni 8.1

Mo -

N -

Others -

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Core 304L/4306

A higher nickel alternative to Core 304L/4307 with improved formability and deep drawability.

EN 1.4306

ASTM type 304L

ASTM UNS S30403

Microstructure Austenitic

Typical applications

  • Chemical and pharmaceutical plant equipment (mild to medium corrosive environments)
  • Flanges and valves

Datasheet

Download Core range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.02

Cr 18.2

Ni 10.1

Mo -

N -

Others -

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Core 304L/4307

Core 304L/4307 is a low-carbon alternative to Core 304/4301. The lower carbon content minimizes carbide precipitation as a result of heat input, for example during welding, giving improved resistance against intergranular corrosion. Core 304L/4307 is suitable for a wide variety of applications that require good formability and weldability, and can be delivered with a variety of surface finishes.

EN 1.4307

ASTM type 304L

ASTM UNS S30403

Microstructure Austenitic

Typical applications

  • Food and beverage industry equipment
  • Chemical and pharmaceutical industry equipment (mild to medium corrosive environments)
  • Heat exchangers
  • Storage tanks
  • Tank containers
  • Pipes and tubes
  • Flanges and valves

Datasheet

Download Core range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition,% by mass

C 0.02

Cr 18.1

Ni 8.1

Mo -

N -

Others -

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Core 304LN/4311

A low-carbon, higher nickel and nitrogen alloyed alternative to Core 304L/4307 with improved strength and low-temperature toughness. Suitable for applications that require high tensile strength.

EN 1.4311

ASTM type 304L

ASTM UNS S30453

Microstructure Austenitic

Typical applications

  • Railroad cars
  • Pressure vessels
  • Chemical plant equipment (mild to medium corrosive environments)
  • Flanges and valves

Datasheet

Download Core range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.02

Cr 18.5

Ni 9.2

Mo -

N 0.14

Others -

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Core 321/4541

A titanium-stabilized austenitic stainless steel with improved intergranular corrosion resistance for an extended temperature range.

EN 1.4541

ASTM type 321

ASTM UNS S32100

Microstructure Austenitic

Typical applications

  • Anneailing covers
  • Stack liners
  • Automotive exhaust systems
  • Welded pressure vessels
  • Flanges and valves

Datasheet

Download Core range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composotion, % by mass

C 0.04

Cr 17.3

Ni 9.1

Mo -

N -

Others Ti

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Core 347/4550

Core 347/4550 is a niobium stabilized alternative to Core 321/4541 with improved intergranular corrosion resistance and good mechanical properties at high temperatures. Core 347/4550 is particularly useful in applications with intermittent heating in the range 400–900 °C/750–1650 °F.

EN 1.4550

ASTM type 347

ASTM UNS S34700

Microstructure Austenitic

Typical applications

  • High temperature gaskets
  • Rocket engine parts
  • Expansion joints
  • Aircraft collector rings
  • Exhaust manifolds
  • Chemical production equipment
  • Flanges and valves

Datasheet

Download Core range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.05

Cr 17.5

Ni

9.5

Mo -

N -

Others Nb

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Supra 316/4401 stainless steel

Supra 316/4401 is a widely used Molybdenum alloyed austenitic stainless steel. It’s an all-purpose product with very good corrosion resistance and is suitable for a wide variety of applications that require good formability and weldability. Supra 316/4401 can be delivered with a variety of surface finishes.

EN 1.4401

ASTM type 316

ASTM UNS S31600

Microstructure Austenitic

Typical applications

  • Heat exchangers
  • Flanges and valves

Datasheet

Outokumpu Supra range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication.

Chemical composition

C 0.04

Cr 17.2

Ni 10.1

Mo 2.1

N -

Others -

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Supra 316L/4404 stainless steel

Supra 316L/4404 is a low-carbon alternative to Supra 316/4401. The lower carbon content minimizes carbide precipitation as a result of heat input, for example during welding, giving improved resistance against intergranular corrosion.Supra 316L/4404 is suitable for a wide variety of applications that require good formability and weldability, and can be delivered with a variety of surface finishes.

EN 1.4404

ASTM type 316L

ASTM UNS S31603

Microstructure Austenitic

Typical applications

  • Chemical industry
  • Petrochemical industry
  • Pulp and paper industry
  • Textile industry
  • Food and beverage industry
  • Pharmaceutical industry
  • Medical applications
  • Flanges and valves

Datasheet

Download Supra range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Chemical composition

C 0.02

Cr 17.2

Ni 10.1

Mo 2.1

N -

Others -

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Supra 316L/4435 stainless steel

Supra 316L/4435 is a alternative to 316L/4404 with higher molybdenum and nickel content for enhanced corrosion resistance and formability.

EN 1.4435

ASTM type 316L

ASTM UNS S31603

Microstructure Austenitic

Typical applications

  • Urea plants
  • Pulp and synthetic fiber plants
  • Flanges and valves

Datasheet

Download Supra range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Chemical composition

C

0.02

 

Cr 17.3

Ni 12.6

Mo 2.6

N -

Others -

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Supra 316/4436 stainless steel

Supra 316/4436 is a product with high resistance to non-oxidizing acids and chloride-containing media due to higher molybdenum content. It has good formability and weldability.

EN 1.4436

ASTM type 316

ASTM UNS S31600

Microstructure Austenitic

Typical applications

  • Pulp and paper industry equipment
  • Pharmaceutical industry equipment
  • Flanges and valves

Datasheet

Download Supra range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Chemical composition

C 0.04

Cr 16.9

Ni 10.7

Mo 2.6

N -

Others -

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Supra 316Ti/4571 stainless steel

Supra 316Ti/4571 is a titanium-stabilized alternative to Supra 316L/4404 – mainly used in Germany for elevated temperature applications. Due to its titanium-stabilization this product is weldable in all thickness ranges.

EN 1.4571

ASTM type 316Ti

ASTM UNS S31635

Microstructure Austenitic

Usage

  • Flue gas applications
  • Flanges and valves

Datasheet

Download Supra range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Chemical composition

C 0.04

Cr 16.8

Ni 10.9

Mo 2.1

N -

Others Ti

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Forta LDX 2101

A lean-alloyed duplex product with good resistance to localized and uniform corrosion, as well as stress corrosion cracking, making it a good substitute for coated carbon steel in e.g. structural components and storage tanks. Also offers high mechanical strength and good machinability.

EN 1.4162

ASTM type -

ASTM UNS S32101

Microstructure Duplex

Typical applications

  • Storage tanks
  • Household heaters
  • Structural components for floodgates and bridges, or rebar for concrete structures
  • Pulp and paper industry applications such as digesters and components for paper machines
  • Flanges and valves

Datasheet

Download Forta range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication.

Chemical composition, % by mass

C 0.03

Cr 21.5

Ni 1.5

Mo 0.3

N 0.22

Others 5 Mn Cu

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Forta DX 2304

A duplex product with a leaner alloying composition than Forta DX 2205. It has good resistance to localized and uniform corrosion, as well as stress corrosion cracking, combined with high mechanical strength.

EN 1.4362

ASTM type -

ASTM UNS S32304

Microstructure Duplex

Typical applications

  • Pulp and paper industry applications
  • Blast walls on oil platforms
  • Flanges and valves

Datasheet

Download Forta range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication.

Chemical composition, % by mass

C 0.02

Cr 23.0

Ni 4.8

Mo 0.3

N 0.10

Others Cu

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Forta LDX 2404

A low-nickel, high-nitrogen duplex product with higher mechanical strength than Forta DX 2205. Offers very good resistance to localized and uniform corrosion, as well as stress corrosion cracking.

EN 1.4662

ASTM type -

ASTM UNS S82441

Microstructure Duplex

Typical applications

  • Storage tanks
  • Structural components for flood and sluice gates
  • Mining industry applications such as dewatering equipment
  • Flanges and valves

Datasheet

Download Forta range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.02

Cr 24.0

Ni 3.6

Mo 1.6

N 0.27

Others 3Mn Cu

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Forta DX 2205

The most popular duplex product on the market. Offers very good resistance to uniform and localized corrosion and stress corrosion cracking in combination with high mechanical strength.

EN 1.4462

ASTM type -

ASTM UNS S32205

Microstructure Duplex

Typical applications

  • Cargo tanks in chemical tankers
  • Pulp and paper industry applications such as digesters and process tanks
  • Oil and gas industry applications such as flanges, tubes, and pipes
  • Structural components in bridges
  • Flanges and valves

Datasheet

Download Forta range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication.

Chemical composition, % by mass

C 0.02

Cr 22.4

Ni 5.7

Mo 3.1

N 0.17

Others -

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Forta SDX 2507

A super duplex product with higher corrosion resistance and mechanical strength than Forta DX 2205. Often used in extremely corrosive environments such as desalination, chemical, or offshore subsea applications.

EN 1.4410

ASTM type -

ASTM UNS S32750

Microstructure Duplex

Typical applications

  • Desalination plants
  • Industrial piping
  • Scrubbers
  • Tubular products for oil and gas applications
  • Deep-sea pipelines
  • Flanges and valves

Datasheet

Download Forta range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.02

Cr 25

Ni 7.0

Mo 4.0

N 0.27

Others -

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Forta SDX 100

A super duplex product with higher corrosion resistance and mechanical strength than Forta DX 2205. Often used in extremely corrosive environments such as desalination, chemical, or offshore subsea applications.

EN 1.4501

ASTM type -

ASTM UNS S32760

Microstructure Duplex

Typical applications

  • Desalination plants
  • Industrial piping
  • Scrubbers
  • Tubular products for oil and gas applications
  • Deep-sea pipelines
  • Flanges and valves

Chemical composition

C 0.02

Cr 25.4

Ni 6.9

Mo 3.8

N 0.27

Others W Cu

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Ultra 4439 stainless steel

A molybdenum and nitrogen-alloyed austenitic stainless steel with significantly higher corrosion resistance than Supra 316L/4404. Also known as 317LMN.

EN 1.4439

ASTM type 317LMN

ASTM UNS S31726

Microstructure Austenitic

Typical applications

  • Chemical processing industry
  • Flue gas cleaning
  • Flanges and valves

Datasheet

Download Ultra range datasheetfor more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.02

Cr 17.3

Ni 13.7

Mo 4.1

N 0.14

Others -

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Ultra 725LN stainless steel

Ultra 725LN is a type 310 material (high chrome and high nickel) that has been developed and optimized specifically for urea production, which demand extremely high corrosion resistance. It has similar general pitting resistance to Ultra 904L.

EN 1.4466

ASTM type -

ASTM UNS S31050

Microstructure Austenitic

Typical applications

  •  Urea applications

Product forms

Datasheet

Download Ultra range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.01

Cr 25.0

Ni 22.3

Mo 2.1

N 0.12

Others -

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Ultra 904L stainless steel

Ultra 904L is a high-nickel and molybdenum austenitic stainless steel with very high corrosion resistance. It was originally developed for handling sulfuric acid at ambient temperatures, and is now used in a broad range of chemical industry applications.

EN 1.4539

ASTM type 904L

ASTM UNS NO8904

Microstructure Austenitic

Typical applications

  • Chemical and petrochemical industry equipment such as pipes, heat exchangers, tanks, and reactor vessels
  • Sulfuric acid handling
  • Flanges and valves

Datasheet

Download Ultra range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.01

Cr 19.8

Ni 24.2

Mo 4.3

N -

Others 1.4Cu

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Ultra 254 SMO stainless steel

A 6 % molybdenum and nitrogen-alloyed austenitic stainless steel with extremely high resistance to both uniform and localized corrosion. This product was developed especially for oil and gas offshore platforms and the pulp and paper industry.

EN 1.4547

ASTM type -

ASTM UNS S31254

Microstructure Austenitic

Typical applications

  • Applications requiring resistance to chlorinated seawater
  • Flue gas cleaning
  • Maritime exhaust gas cleaning (EGC)
  • Bleaching equipment in the pulp and paper industry
  • Flanges and valves

Datasheet

Download Ultra range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.01

Cr 20.0

Ni 18.0

Mo 6.1

N 0.20

Others Cu

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Therma 153 MA stainless steel

Therma 153 MA is an austenitic stainless steel with excellent oxidation and creep resistance in cyclic conditions that is best employed in temperatures up to 1050°C/1920°F. This product has an excellent resistance to embrittlement.

EN 1.4818

ASTM type -

ASTM UNS S30415

Microstructure Austenitic

Typical applications

  • Recuperators
  • Conveyor belts
  • Expansion bellows
  • Power generation applications
  • Cyclone dip tubes
  • Bell furnaces
  • Muffle furnaces
  • Automotive components
  • Tube shields
  • Heat treatment trays
  • Dampers
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.05

Cr 18.5

Ni 9.1

Mo -

N 0.15

Others Si,Ce

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Therma 4828 stainless steel

Therma 4828 is an austenitic heat resisting stainless steel with improved oxidation resistance in temperatures up to 1000°C/1830°F. There is a slight susceptibility to embrittlement during continuous operation atbetween 600–850°C/1110– 1560 °F.

EN 1.4828

ASTM type -

ASTM UNS -

Microstructure Austenitic

Typical applcations

  • Furnace equipment (especially supporting parts)
  • Annealing and hardening boxes
  • Air heaters
  • Exhaust systems
  • Automotive components such as turbochargers
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.05

Cr 19.3

Ni 11.2

Mo -

N -

Others Si

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Therma 309S/4833 stainless steel

Therma 309S/4833 is an austenitic stainless steel with improved oxidation resistance in temperatures up to 1000°C/1830°F. There is a slight susceptibility to embrittlement during continuous operation at 600–900°C/1110–1652°F.

EN 1.4833

ASTM type 309S

ASTM UNS S30908

Microstructure Austenitic

Typical applications

  • Furnace equipment
  • Annealing boxes
  • Thermowells
  • Baffle plates
  • Pots for quenching salt
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.06

Cr 22.3

Ni 12.3

Mo -

N -

Others -

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Therma 253 MA stainless steel

Therma 253 MA is an austenitic stainless steel with excellent oxidation and creep resistance in cyclic conditions that is best employed in temperatures up to 1150°C/2100°F. There is a slight susceptibility to embrittlement during continuous operation between 600–850°C/1110–1560°F.

EN 1.4835

ASTM type -

ASTM UNS S30815

Microstructure Austenitic

Typical applications

  • Oil industry equipment
  • Conveyor belts
  • Refractory anchors
  • Expansion bellows
  • Radiant tubes
  • Rotary kilns
  • Exhaust manifolds
  • Power generation applications
  • Cyclone dip tubes
  • Impact separators
  • Bell furnaces
  • Muffle furnaces
  • Automotive exhaust components
  • Tube shields
  • Heat treatment trays
  • Dampers
  • Recuperator tubes
  • Large-scale bakery ovens
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.09

Cr 21.0

Ni 11.0

Mo -

N 0.17

Others Si, Ce

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Therma 314/4841 stainless steel

Therma 314/4841 is an austenitic heat resisting stainless steel with excellent oxidation resistance in temperatures up to 1150°C/2100°F. There is a high susceptibility to embrittlement during continuous operation at 600–900°C/1110–1652°F

EN 1.4841

ASTM type 314

ASTM UNS S31400

Microstructure Austenitic

Typical applications

  • Furnace equipment
  • Superheater suspensions
  • Enameling grates and hardening boxes
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechanical properties, physical properties and fabrication.

Typical chemical composition, % by mass

C 0.06

Cr 24.3

Ni 19.2

Mo -

N -

Others Si

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Therma 321H/4878 stainless steel

Therma 321H/4878 is an austenitic heat resisting stainless steel with comparable wet corrosion resistance to Core 321/4541 that is best employed in temperatures up to 850 °C/1560 °F.

EN 1.4878

ASTM type 321H

ASTM UNS -

Microstructure Austenitic

Typical applications

  • Furnace equipment
  • Case hardening boxes
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.05

Cr 17.3

Ni 9.1

Mo -

N -

Others Ti 

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Therma 310S/4845 stainless steel

Therma 310S/4865 is an austenitic product with very good oxidation resistance in general and good oxidation resistance in mildly cyclic conditions that is best employed in temperatures up to 1050°C/1920°F. There is a slight susceptibility to embrittlement during continuous operation between 600–900°C/1110–1652°F.

EN 1.4845

ASTM type 310S

ASTM UNS S31800

Microstructure Austenitic

Typical applications

  • Furnace equipment
  • Oil industry equipment
  • Heat treatment baskets
  • Heat exchangers
  • Steam boilers
  • Thermowells
  • Automotive components
  • Valves and flanges

Typical chemical composition, % by mass

C 0.05

Cr 25.5

Ni 19.1

Mo -

N -

Others -

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Therma 304H/4948 stainless steel

Therma 304H/4948 is an austenitic Core 304/4301 variant with improved high-temperature creep strength that is best employed in temperatures up to 750°C/1380°F. It offers good formability and weldability.

EN 1.4948

ASTM type 304H

ASTM UNS S30409

Microstructure Austenitic

Typical applications

  • Tubes
  • Pressure vessels
  • Valves and flanges

Datasheet

Download Therma range datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.05

Cr 18.1

Ni 8.3

Mo -

N -

Others -

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Prodec 304L/4307 stainless steel

Prodec 304L/4307 is a version of Core 304L/4307 with improved machinability. It improves productivity with faster machining, longer tool life, better dimensional tolerances, superior machined surface quality, and improved yields compared to conventionally produced Core 304L/4307.

EN 1.4307

ASTM type 304L

ASTM UNS S30403

Microstructure Austenitic

Typical applications

  • Fasteners
  • Flanges and valves
  • Pressure fittings
  • Machined components

Datasheet

Download Prodec datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.02

Cr 18.1

Ni 8.1

Mo -

N -

Others -

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Prodec 316/4404 stainless steel

Prodec 316L/4404 is a version of Supra 316L/4404 with improved machinability. It improves productivity with faster machining, longer tool life, better dimensional tolerances, superior machined surface quality, and improved yields compared to conventionally produced Supra 316L/4404.

EN 1.4404

ASTM type 316L

ASTM UNS S31603

Microstructure Austenitic

Typical applications

  • Fasteners
  • Flanges and valves
  • Pressure fittings
  • Machined components

Datasheet

Download Prodec datasheet for more information on corrosion resistance, mechnanical properties, physical properties and fabrication

Typical chemical composition, % by mass

C 0.02

Cr 17.2

Ni 10.1

Mo 2.1

N -

Others -

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Outokumpu is the leading supplier of stainless steel sheets and plates in Europe. Through our global network of plate service centres, we are equipped with state of the art machinery, and offer our customers a variety of processing solutions: bending, laser cutting, machining, plasma cutting, sawing, waterjet cutting and welding. In addition to our global network, we can offer a selection of additional services – such as grinding and leveling – through our extensive network of expert partners.

With extensive stock, and vast grade ranges, the Outokumpu plate service centers are the leading stainless profiling network that are located in Australia, China, Finland, France, Germany, Italy, the Netherlands, Sweden and the UK.

Our plate service centers are an important link in ensuring that the customer gets stainless steel formed and finished to precise requirements.
 
We offer our customers a total solution, from research and development, melting, rolling, tailor-made plates and cut components. Outokumpu handles the process from the mill right through to the final bespoke item delivered to the customer. This means logistical advantages, quality assurance, delivery reliability and cost savings for our customers, as well as total responsibility from the melt to the market.

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