Hot-rolled and cold-rolled stainless steel coil for manufacturing, fabrication and industrial distribution. Source 201, 304/304L, 316/316L, 321, 310S and 430 grades with the surface finish and coil dimensions your production requires.
Tell us the material standard, exact grade, rolling condition, thickness, width, surface finish, coil ID, coil weight and order quantity. We will review supply options, inspection documents and export delivery.
Compare stainless grades ↓Choose the rolling route based on gauge, surface, forming requirements and end use. Supply is reviewed to the requested material grade and standard.
Cold-reduced strip for precise sheet fabrication, appliance components, enclosures and further surface finishing. The purchase specification should include grade, finished thickness, flatness, width tolerance and 2B or BA finish where required.
Compare available finishes ↗Hot-rolled strip used for heavier-gauge fabricated parts, process equipment and industrial components. State the required hot-rolled condition, annealing and pickling, dimensional tolerances, edge condition and surface acceptance level.
View order checklist ↗Slit coil may be arranged from selected master coils. Specify finished slit width, burr tolerance, coil ID, winding tension and edge protection so the material fits your production line.
An accurate quote starts with the exact grade and finish, followed by the dimensional and inspection requirements for each coil.
| Product | Cold-rolled coil, hot-rolled coil or slit strip |
| Material grade | 201, 304, 304L, 316, 316L, 321, 310S, 430 or specified grade |
| Material standard | ASTM A240 / EN 10088-2 / GB/T 3280 / GB/T 4237 / JIS as specified |
| Thickness & width | Nominal dimensions and ordered tolerances |
| Surface condition | 2B, BA (2R), No.1 (1D), No.4 or specified finish |
| Edge | Mill edge or slit edge; burr requirement if relevant |
| Coil details | Inside diameter, outside diameter limit, coil mass, winding |
| Inspection | Chemistry, mechanical requirements, finish, size, MTC |
| Packing | Interleaving or protective film if required, moisture protection and export marking |
Available sizes and finishing routes depend on grade, mill route and order quantity. Values shown elsewhere are calculation references, not confirmed inventory.
For regular production runs, include a sample specification or prior MTC when available. This helps align material designation, finish and tolerances before quotation.
Grade choice affects corrosion resistance, forming, welding and working environment. Name the required specification rather than substituting a grade from another standard.
General fabricated components where the exact chemistry and corrosion exposure are specified.
Explore 201 coil ↗Broad fabrication, kitchen equipment and industrial components.
Explore 304 coil ↗Welded fabrications where the ordered low-carbon grade is required.
Explore 304L coil ↗Components exposed to more demanding corrosion environments.
Explore 316 coil ↗Welded tanks, process equipment and corrosion-focused fabrication.
Explore 316L coil ↗Fabrication selected for particular elevated-temperature or weld-related requirements.
Explore 321 coil ↗Selected high-temperature furnace and thermal equipment components.
Explore 310S coil ↗Appliance panels, interior components and general sheet fabrication.
Explore 430 coil ↗Grade cards identify product families and purchasing considerations. Actual chemistry, strength and corrosion suitability follow the material standard and order condition; related grade links should be verified against published WordPress slugs.
Use the product standard and the correct delivery condition together. Chemical, mechanical and dimensional requirements are checked against the edition specified on your purchase order.
Plate, sheet and strip in chromium and chromium-nickel stainless grades for general applications and pressure-vessel material where applicable.
General requirements for flat-rolled stainless steel products, including dimensions and the purchase-order requirements.
Delivery conditions for hot- and cold-rolled stainless steel plate, sheet and strip for general purposes.
Cold-rolled stainless steel plate, sheet and strip product requirements.
Hot-rolled stainless steel plate, sheet and strip product requirements.
Cold-rolled stainless steel plate, sheet and strip; confirm the specified edition and grade designation for JIS orders.
For cold-worked austenitic products, ASTM A666/A666M-24 may be specified separately where appropriate. Pressure-vessel suitability depends on applicable codes, material grade, product condition and project acceptance rules.
Surface codes identify mill condition or additional mechanical finishing; they are independent of stainless steel grade. Establish the finish and appearance criteria before ordering.
| Finish | Process / condition | Typical buying consideration |
|---|---|---|
| 2B | Cold rolled, annealed, pickled and skin passed | General fabrication and further finishing |
| BA / 2R | Cold rolled and bright annealed | Bright, reflective coil surface |
| No.1 / 1D | Hot rolled, annealed and pickled | Matte surface, heavier-gauge fabrication |
| No.4 | Mechanically polished / brushed finish | Defined appearance, texture and direction |
| HL | Hairline mechanically finished | Consistent directional finish and protection |
Brushed and hairline finishes are ordered subject to coil-processing capability, agreed surface texture and the relevant inspection method.
Confirm whether surface finish applies to both sides, the critical appearance face, protective film and the permitted variation between coils.
Illustrative thickness and width combinations show nominal strip weight for a 7.93 g/cm³ stainless grade. These examples support planning and are not a list of confirmed stock sizes.
| Nominal thickness | Coil width | Rolling route | Estimated kg/m | Calculate |
|---|---|---|---|---|
| 0.40 mm | 1,000 mm | Cold-rolled | 3.172 kg/m | |
| 0.50 mm | 1,219 mm | Cold-rolled | 4.833 kg/m | |
| 0.60 mm | 1,250 mm | Cold-rolled | 5.947 kg/m | |
| 0.80 mm | 1,250 mm | Cold-rolled | 7.930 kg/m | |
| 1.00 mm | 1,000 mm | Cold-rolled | 7.930 kg/m | |
| 1.20 mm | 1,500 mm | Cold-rolled | 14.274 kg/m | |
| 1.50 mm | 1,219 mm | Cold-rolled | 14.500 kg/m | |
| 2.00 mm | 1,500 mm | Cold-rolled | 23.790 kg/m | |
| 3.00 mm | 1,500 mm | Cold-rolled | 35.685 kg/m | |
| 5.00 mm | 1,500 mm | Hot-rolled | 59.475 kg/m |
Formula: kg/m ≈ thickness (mm) × width (mm) × density (g/cm³) ÷ 1,000. Density differs by grade; the next calculator allows a density choice. Actual coil weight also depends on tolerance and measured dimensions.
Estimate strip length in a coil and total order mass using nominal dimensions and an approximate stainless steel density. Results are planning figures, not a contractual shipping weight.
The nominal strip linear mass comes from cross-section and the selected approximate density. Coil length is calculated from the net mass per coil divided by kg/m.
Linear mass (kg/m)
Thickness (mm) × width (mm) × density (g/cm³) ÷ 1,000.
Coil length (m)
Net coil mass (kg) ÷ linear mass (kg/m).
Order mass (MT)
Net coil mass (kg) × number of coils ÷ 1,000.
304, 316 and ferritic grades have different typical densities. The calculator uses indicative values; use the specification or mill-confirmed density where precision matters.
Choose the grade, surface finish and forming properties against the working environment and production process.
Cold-rolled austenitic material used for selected tanks, equipment panels and formed components. Required hygiene, weld condition, surface finish and corrosion performance follow the equipment design.
Coil feedstock for enclosures, equipment covers, duct components and formed parts. Thickness tolerance, finish consistency, flatness and edge quality influence line performance.
316/316L and other selected grades for fabricated components where media and operating conditions are assessed.
Strip material for brackets, fabricated shells and components needing defined forming and mechanical properties.
Mill or mechanically finished coil for cladding and panels with controlled appearance requirements.
Our company-wide manufacturing and inventory profile supports large steel purchasing programs. Stainless grade, finish and coil availability are checked separately for each inquiry.
Company steel production scale and plant infrastructure provide a base for industrial supply arrangements.
Consolidate grade, mill condition, gauge, coil weight and delivery documentation into one purchasing request.
Confirm chemical composition, mechanical properties, finish and dimensional criteria against the agreed product standard.
Coordinate coil protection, shipping markings, weight limits and loading requirements for international orders.
Stainless coil specifications are built around alloy selection, the rolling route and surface treatment. For repeat production, agree the final coil condition, edge and packing before manufacturing is scheduled.
Specify alloy, heat treatment or cold-worked condition and the relevant material standard.
Define dimensions, edge and coil geometry to match downstream feed equipment.
Set finish condition, visual acceptance, coil protection and shipment marking.
Stainless coil acceptance depends on the material standard, supply condition and the tests specified in the purchase order. Request the inspection record appropriate to the grade and end use.
Stainless coil surfaces require protection suited to the selected finish and transit route. Coordinate lifting, winding and transport dimensions with the receiving facility before shipment.
Specify any finishing request as a separately quoted operation. Most orders focus on the exact alloy, gauge, condition, coil weight and quality certificate.
Review product-specific specifications and request the exact grade, finish and dimensions you need.
Hot rolling is suited to heavier starting gauges and typically gives a matte mill condition after annealing and pickling. Cold rolling reduces thickness and supports tighter dimensional control and finishes such as 2B or BA. Exact properties depend on grade and condition.
Common requests include 201, 304, 304L, 316, 316L, 321, 310S and 430. The applicable standard, required chemistry and final supply condition should be included in the purchase order.
316L is a molybdenum-bearing, low-carbon austenitic grade often selected for more demanding corrosion and welding applications. Material selection still depends on the service environment, fabrication method and project specification.
They describe stainless coil surface conditions: 2B is cold rolled, annealed, pickled and skin passed; BA or 2R is bright annealed; No.1 or 1D is hot rolled, annealed and pickled.
Slitting can be considered for specified master coils. Provide your target width, edge burr tolerance, coil ID, weight and any film or packaging requirement.
Nominal strip kg/m is thickness in millimetres multiplied by width in millimetres multiplied by approximate density in g/cm³, divided by 1,000. Divide net coil mass in kg by kg/m for estimated strip length.
Some stainless steel grades are widely used in food equipment fabrication. A suitable grade, finish and cleaning design must be selected for the actual process and any applicable food-contact rules.
Orders commonly identify heat analysis, mechanical condition, thickness and width tolerances, surface finish, edge quality, coil identity and a material test certificate. Supplementary tests should be agreed in advance.
Send the material standard, grade, rolling condition, finish, thickness, width, coil ID, weight per coil, total tonnage, inspection requests and destination port.
Send grade, ASTM/EN/GB standard, cold or hot rolled condition, thickness, width, surface finish, coil weight and required tonnage. We will review the product specification, current supply arrangement and export packing for your order.
Send your required grade, dimensions, quantity and destination. Our team will review the inquiry.
