Common size on stock, Special sizes needs new production.Can cut to Size, Cut to Shape.
EMERSONMETAL
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Product: SUS 317L Stainless Steel Plate / Sheet — Custom Laser Cutting
What you get: Cut-to-size rectangles, precision profiles, and repeatable 2D parts that arrive ready for fabrication, assembly, or installation.
Best for: OEMs and project contractors who need corrosion confidence (chlorides/chemicals), predictable lead times, and clean edges that don’t slow down welding or fitting.
Customization: Customized width and customized lengths; Cut to Size / Cut to Shape supported.
Factory scope: Laser cutting plus forming and fabrication steps (bending, welding, tapping, polishing) based on your drawings.
A stainless plate is rarely “just material.” In real projects it becomes a heat-exchanger plate that must seal perfectly, a filter frame that can’t shed rust into product, or a seawater component that gets attacked every hour it is online. SUS 317L is chosen when buyers are done gambling on corrosion—when downtime is more expensive than the metal.
Our SUS 317L plate/sheet service is built around one idea: deliver a part you can trust on the first fit-up. The sheet arrives with the unmistakable feel of quality stainless—cool to the touch, solid in hand, and consistent across the surface. When you specify a satin 2B, a brighter BA, or a more industrial No.1 finish, you’re not just choosing looks; you’re choosing how the part cleans, welds, seals, and presents in front of your customer. From prototype brackets to production panels, we help you move from “raw stock” to ready-to-build stainless components—without adding friction to your supply chain.
Corrosion resistance where it matters: Ideal for chloride-bearing and chemical-facing environments where standard stainless choices start to pit, stain, or require heavy maintenance.
Cleaner edges, less rework: Laser cutting supports fine geometry so parts typically need less grinding before assembly and welding—saving labor and improving appearance.
Repeatable geometry for OEM builds: The same profile stays consistent across batches, supporting jigs, fixtures, and stable assembly takt time.
Drawing-based manufacturing: Send a CAD file or a clearly dimensioned drawing; we translate design intent into shop-ready production steps.
One supplier, multiple steps: Beyond cutting, your workflow can include bending, welding, tapping, and polishing—reducing handoffs and schedule risk.
SUS 317L is used when the environment punishes ordinary materials: hot fluids, salt exposure, aggressive cleaning chemicals, or long service cycles that make maintenance difficult. In practical terms, it helps your team protect three things: product purity, equipment life, and total cost of ownership. For hygienic systems, stainless performance isn’t just corrosion—it’s how the surface behaves: how easily it rinses clean, how it resists embedded contamination, and how consistently it looks after months of use.
Because 317L is commonly specified on engineered equipment, buyers also care about mechanical stability for forming and joining. Your project might require a plate that keeps shape through handling, or a laser-cut blank that later becomes a formed component. That’s why we keep the focus on predictable property targets, traceable production, and process discipline—the same priorities your auditors and end customers expect.
Key selection cues buyers typically use in RFQs:
If you operate near seawater, chloride spray, or chemical washdowns, specify the exposure and cleaning routine.
If the edge will be welded, say so early; it changes how you evaluate cut quality and post-processing.
If the surface is customer-facing, choose finish based on scratch visibility, glare, and cleaning frequency.
Laser cutting is a non-contact process: the tool doesn’t push your material out of shape, and the cut path can follow complex geometry with high repeatability. The core takeaway for B2B buyers is simple: if your design depends on accurate hole positions, crisp corners, and consistent fit, laser cutting is usually the right first process.
Recommended RFQ package:
CAD: DXF/DWG preferred; STEP/PDF drawings acceptable
Include: material grade (SUS 317L), thickness, finish, quantity per batch
Callouts: critical dimensions, hole tolerances, edge-quality requirements, any cosmetic “show surface” notes
Practical design tips that reduce lead time and rework:
Specify which edges are functional vs cosmetic. Cosmetic edges may need polishing; functional edges may prioritize fit.
Note whether parts will be welded “as cut” or need post-cut edge conditioning.
If assemblies rely on tight slot fits, define the target clearance so cutting strategy and inspection match your intent.
A simple decision table to align process expectations:
| Requirement | Suggested route | What it optimizes | Typical add-ons |
|---|---|---|---|
| Tight profiles, many holes/slots | Laser cutting | Speed + repeatability | Deburr, tapping |
| Heat-sensitive edge, minimal HAZ | Waterjet (optional) | Edge integrity | Edge finishing as needed |
| Formed parts after cutting | Laser + bending | Fewer suppliers | Bending, welding fixtures |
Your current listing is explicit: common sizes may be in stock, special sizes require new production, and you support cut-to-size and cut-to-shape. This is exactly what procurement teams want to see because it sets expectations and prevents schedule drift during project kickoff.
Customization scope (as stated on your page):
Customized width and customized lengths
Cut to Size and Cut to Shape
Production thickness capability stated as 0.5 mm to 300 mm (special sizes can be produced)
How buyers can use this to lower total cost:
Nest multiple parts into one plate size to reduce scrap and improve yield.
Standardize plate sizes across a project phase, then vary only the cut geometry—simplifies purchasing.
If you have a fixed installation date, flag it in the RFQ so stock vs production can be scheduled backward from the deadline.
Finish is not decoration in B2B stainless—it affects cleanability, glare, scratch visibility, and how premium a machine looks on a customer site. Typical market finishes include 2B, BA, No.1, No.4, and mirror-like options. Brushed or hairline textures tend to hide handling marks on visible panels, while brighter finishes can make equipment feel cleaner and more “high-spec” under strong lighting.
To make finish selection easier, align it with the real use case:
Hygienic / frequent cleaning: prioritize surfaces that rinse and wipe clean without trapping residue.
Customer-facing panels: choose a finish that controls glare and hides minor scratches.
Industrial structural parts: prioritize stability and cost efficiency; cosmetic finishing may be unnecessary.
When you share operating conditions (food contact environment, chemical splash risk, outdoor humidity), we can match finish choice to the outcomes you care about: maintenance time, brand appearance, and corrosion risk.
Based on your current product page, SUS 317L is positioned for:
Pharmaceutical equipment: pipes and filters supporting purity and safety
Food processing: plate heat exchangers and hygienic components
High-temperature equipment: high-temperature stoves and steam pipe-related uses
Marine / seawater: heat exchangers and seawater treatment devices
Printing & dyeing equipment: corrosion-facing systems where stability matters
Household goods and building materials: hygienic and decorative components
For B2B buyers, these aren’t just “industries.” They’re decision drivers:
Downtime costs money, so corrosion risk is a scheduling risk.
Cleaning regimes are harsh, so surface behavior matters.
Replacement cycles affect total project ROI, so material choice becomes a lifecycle strategy.
In many projects, the real requirement is not only “317L,” but “317L you can trust.” That means consistent incoming material, production discipline, and inspection checkpoints that align with your drawing. If your part has critical hole positions, sealing surfaces, or weld edges, quality must be defined at RFQ stage and verified in production.
Common QC expectations we can align with:
Dimensional inspection against drawings, with attention to critical features
Visual inspection for edge condition and surface protection during packing
Batch consistency support for repeat orders (same spec, same process logic)
If your project requires traceability documentation, mention it early so the order can be routed with the right record-keeping and inspection workflow.
Stainless plate can arrive perfect and still fail in the field if it’s scratched, dented, or contaminated during transit. Packaging should protect corners, keep surfaces separated, and prevent moisture exposure. For international B2B shipments, proper labeling and packing stability also reduce receiving time and damage claims.
Lead time logic (kept aligned with your current statement):
Common sizes may be available from stock
Special sizes require new production planning
Cut to Size and Cut to Shape can be coordinated with your project schedule when drawings are provided early
Factory-first execution: you’re not only buying a sheet, you’re buying a production outcome—cut profiles, consistent batches, and fewer downstream surprises.
Drawing-driven accountability: clear RFQs become clear parts; fewer assumptions, fewer revisions.
Process coverage: cutting plus forming/fabrication steps reduce suppliers, emails, and schedule risk.
Application fluency: if your part lives in seawater, chemical splash, or hygienic duty, we can quote accordingly—finish, edge quality, and post-processing included.
Q1: Can you do both cut-to-size and cut-to-shape?
A: Yes. The current product statement explicitly supports Cut to Size and Cut to Shape, and we quote based on your drawings and edge/finish expectations.
Q2: Do you offer custom widths and lengths?
A: Yes—your product page states customized width and customized lengths, with common sizes on stock and special sizes made by new production.
Q3: What should I send for an RFQ?
A: DXF/DWG is ideal. If you only have a PDF drawing, include thickness, finish, quantity, and which dimensions are critical. Add notes for polishing, deburring, or welding requirements.
Q4: Can you add bending, tapping, welding, or polishing?
A: Yes. Your factory capability list includes bending, welding, tapping, and polishing. Include these as line items in the RFQ so we can plan routing and inspection points.
Q5: Where is SUS 317L commonly used?
A: Your page lists pharmaceutical pipes/filters, food processing plate heat exchangers, high-temperature stoves/steam pipes, seawater treatment devices, printing/dyeing equipment, and household/building materials.
| Item | Specification |
|---|---|
| Product Name | SUS 317L Stainless Steel Plate Sheet Custom Laser Cutting |
| Brand | EMERSONMETAL |
| Model Note | Common size on stock; special sizes need new production. Can cut to Size, Cut to Shape. |
| Customization | Customized width and customized lengths; cut-to-size; cut-to-shape |
| Production Thickness Capability (as stated) | 0.5 mm – 300 mm (special sizes can be produced) |
| Chemical Composition (SUS 317L) | C max 0.03; Si max 1; Mn max 2; P max 0.045; S max 0.03 |
| Mechanical Properties (SUS 317L) | Tensile strength ≥480 MPa; Yield strength ≥175 MPa; Elongation ≥40% |
| In-house Fabrication Equipment Mentioned | Laser cutting, bending, sawing cutting, welding, tapping, polishing |
| Typical Applications Listed | Pharma pipes/filters; food plate heat exchangers; high-temp stoves/steam pipes; seawater devices; printing/dyeing; household/building materials |
