Super-Duplex Stainless Steel Plate 2507 UNS S32750 1.4410 with Custom Metal

1. Multi‑material profile‑cutting capability: carbon steel, alloy steel, austenitic stainless steel, duplex stainless steel including SS2507(UNS S32750 / 1.4410) super‑duplex, aluminum, copper‑nickel alloys
2. Diversified cutting technologies: laser cutting, plasma cutting, water‑jet cutting, saw cutting, shearing, CNC profile machining for complex irregular cross‑sections
3. Wide processing dimension scope: support sheet, plate, round bar, hollow tube, structural profiles; process according to PDF, DWG, DXF CAD drawings
4. High‑precision tolerance control: achieve tight dimensional tolerance ±0.02‑0.15 mm; deburring, edge finishing available after cutting
5. Flexible batch support: prototype small‑batch trial pieces, medium‑volume runs and large‑scale industrial project orders are all acceptable
6. Complete post‑processing options: bending, drilling, tapping, grinding, passivation, blasting, surface coating as one‑stop solution
7. Strict incoming & outgoing inspection: material verification via spectrometer, dimensional check, visual surface inspection; MTC 3.1 material certificates can be provided
8. Output finished blanks or semi‑finished profile parts, ready for further assembly or welding by end‑users

Our custom profile‑cutting service delivers precision‑cut metal blanks and complex profile components from various raw metal stock. We deploy laser, water‑jet, plasma and saw‑cutting equipment to process sheets, plates, bars, tubes and structural profiles per customer CAD / DWG / DXF drawings.

Supported materials cover general carbon steel, alloy steel, common stainless grades and high‑performance super‑duplex SS2507(S32750) for severe corrosive environments. Beyond pure cutting, we offer auxiliary operations including deburring, edge chamfering, bending, hole machining and surface finishing.

Suitable for mechanical equipment, petrochemical, offshore marine, construction and general‑engineering projects. We can deliver cut‑to‑size profile blanks or semi‑finished parts to save customers’ in‑house machining workload.

General structural carbon steel, good cutting & weldability. Ideal for construction frames, mechanical base blanks and non‑corrosive environment components.

High‑strength low‑alloy steel. Excellent hardenability after heat‑treatment, widely used for shaft, gear and heavy‑load mechanical profile blanks.

Balanced corrosion‑resistance and fabricability. 316L performs well in chloride‑containing medium for chemical and coastal equipment profile parts.

Standard duplex stainless steel with mixed ferrite‑austenite microstructure. Higher mechanical strength than common austenitic stainless steel, good pitting‑corrosion resistance for marine‑related components.

Super‑duplex grade with balanced ferrite‑austenite phase structure. Ultra‑high tensile & yield strength; outstanding resistance to pitting, crevice and chloride stress‑corrosion cracking. Designed for harsh seawater, offshore, oil‑gas and high‑chloride chemical working conditions. Requires controlled heat input during cutting & welding to preserve duplex metallographic structure.

Light‑weight aluminum for structural profile parts; Cu‑Ni alloy features excellent seawater corrosion‑resistance for marine cooling components.

1. Carbon & Low‑Alloy Steel: A36, Q235B, Q345B, S355JR, 4130, 4140
2. Austenitic Stainless: 304, 304L, 316, 316L, 321, 904L
3. Duplex / Super‑Duplex Stainless: 2205, SS2507(S32750), S32760
4. Martensitic Stainless: 410, 420, 440C
5. Non‑Ferrous Metal: 5052/6061 aluminum, C70600 Cu‑Ni 90/10
6. High‑Alloy Special Material: Alloy 28, Inconel 625, Hastelloy C276

Laser, water‑jet, plasma and saw‑cutting are available; select optimal technology for different material thickness, hardness and precision requirements.

Process complex 2D & partial 3D profiles strictly from customer CAD drawings; handle sheet, plate, bar and tubular raw stock.

Capable of cutting super‑duplex SS2507 and other hard‑to‑machine corrosion‑resistant alloys; control heat‑affected zone to protect material metallographic performance.

Cutting plus deburring, chamfering, drilling, tapping, bending and surface finishing, reduce customer secondary‑processing workload.

Support low‑volume prototype samples as well as mass‑production runs, no rigid MOQ restriction.

Spectrometer material identification, dimensional metrology and surface inspection for each batch; supply MTC certificates for export engineering projects.

• Offshore & Oil‑Gas Industry: SS2507 super‑duplex profile blanks for seawater platform components, anti‑corrosion equipment structural parts
• Petrochemical & Chemical Plants: Corrosion‑resistant cut profile parts for reaction equipment, pipeline support frames
• Machinery Manufacturing: Custom cut gear blanks, equipment base frames, mechanical structural profile components
• Construction & Architecture: Cut structural steel profiles, decorative metal facade panels, support brackets
• Marine Engineering: Duplex & Cu‑Ni alloy cut‑to‑size components for ship auxiliary equipment
• General Industrial Equipment: Filter frames, protective guards, fixture blanks, conveyor‑system profile parts

We provide integrated forging and precision machining services, and can produce finished components strictly according to customer drawings:

Turning, milling, planing, drilling, boring, grinding

Gear cutting, CNC precision machining

Sizing cutting, surface treatment and finishing

We have supplied a wide range of forged and machined parts including shafts, cylinders, hollow bars, pistons, tube sheets, rings and disc bearings to customers worldwide.

We have a professional QC inspection team and complete testing equipment to ensure stable and reliable product quality:

Ultrasonic testing (UT) for internal defects

Tensile and hardness testing for mechanical properties

High‑precision dimensional measurement

Spectrometer for chemical composition verification

Metallographic microstructure inspection

Every batch of products undergoes strict inspection before delivery to meet the quality requirements of various engineering projects.

Inner packaging: waterproof polybag for moisture and dust protection

Outer packaging: reinforced wooden case / wooden pallet, suitable for long‑distance international transportation

Custom packaging solutions available upon request

Extra protection: Separated cushioning to prevent scratching and collision for precision cut profile pieces.

Normally 10 – 45 days after receipt of advance payment

Exact delivery time depends on order quantity, specification complexity and machining requirements

Simple profile‑cut orders: 10‑25 working‑day lead‑time.