410 Stainless Steel Plate Price 2025

In 2025 the market price for 410 stainless steel plate for mill-grade, merchant-quality material typically falls between USD $1,000 and $3,000 per tonne depending on region, size, finish and order quantity; retail/distributor piece pricing and small cut-to-size orders can be substantially higher on a per-tonne basis. Scrap 410 values are much lower (roughly USD $0.12/lb in recent U.S. listings), and trade measures, freight and alloy-grade specification remain the dominant causes of regional spread.

What 410 stainless plate is

410 is a martensitic stainless steel grade with moderate chromium (typically around 11.5–13.5%) and low nickel (often none). It combines reasonable corrosion resistance with good hardness and toughness after heat treatment. Because of its chemistry and microstructure, 410 sits in the cost-sensitive segment of stainless steels — cheaper than austenitic grades such as 304/316 — but more costly than plain carbon steels. Typical uses include cutlery, valve components, pump shafts, and decorative panels requiring moderate corrosion resistance with good mechanical performance after tempering.

Common specifications, thicknesses and surface finishes

We see 410 sold in these common forms:

  • Hot-rolled plates and cold-rolled sheets in thickness ranges from 0.5 mm up to 50+ mm (plates typically >3 mm).

  • Standard plate sizes are often offered in metric full plates (e.g., 1500×3000 mm, 2000×6000 mm) or imperial equivalents; common cut-to-size sheet offerings also appear from distributors.

  • Surface finishes include 2B, No. 4, BA and bright annealed finishes depending on end use. Mill-finish hot-rolled plates are typically the lowest cost option.

  • Mechanical and chemical requirements are guided by standards such as ASTM A240 / A666 (where applicable) or national equivalents; clients should specify heat treatment condition (annealed, normalized, quenched & tempered) and hardness limits.

When pricing, thickness, width, length, and finish are fundamental inputs: thicker plates cost more per piece but may show lower cost per kilogram due to handling and minimum order considerations.

410 Stainless Steel Plate
410 Stainless Steel Plate410

2025 market price snapshot — headline ranges

For 2025 we summarize practical price ranges that purchasers will see in quotes:

  • China (FOB / factory bulk pricing): typically USD $1,000 – $2,300 per tonne for standard mill plate quantities; highly variable by supplier, finish, and MOQ.

  • Export marketplaces / trading platforms: some factory listings and B2B portals show a broad spread, from about USD $800 up to $5,600/tonne for specialty finishes or small MOQ premium quotes — this reflects the diversity of suppliers and product categories on open marketplaces.

  • Distributor / cut-to-size retail (Western markets): effective per-tonne cost derived from cut plate pieces or single part orders commonly exceeds USD $2,000 – $3,500 per tonne, sometimes much higher for small pieces or premium processing. Grainger and similar distributors show piece-level prices that translate to high per-tonne equivalents

  • Scrap 410 stainless: scrap price is markedly lower; recent U.S. listings around USD $0.12/lb (≈ USD $240/tonne) illustrate the gap between scrap value and mill product price. Scrap numbers are useful for reverse-logistics or calculating raw-material recovery, but do not indicate finished plate pricing.

These headline numbers are directional. When you request a formal quote you should always ask for: size, thickness, finish, heat treatment, acceptance standard, and quantity — all of which materially change the number.

Global price comparison

We present a concise price comparison useful for budget planning. Prices are representative ranges in USD per metric tonne for standard mill product (plates), mid-2025 market conditions.

Region / Channel Typical price (USD/tonne) Price basis & notes
China — factory / bulk FOB $1,000 – $2,300 Industrial volumes, mill finish; lower bound for large tonnages, higher for specialty finishes.
China — B2B marketplace listings $800 – $5,600 Wide listing variation on trading platforms; includes low-cost thin coils and premium polished sheets.
Europe — distributor / ex-works $2,200 – $3,800 Higher labor and compliance costs; ex-works distributor prices typically exceed factory FOB.
USA — distributor / small orders $2,000 – $3,500+ Tariff impacts and logistics can raise effective cost; small cuts and single sheets increase per-tonne equivalent.
India / local mills $1,200 – $2,500 Local production able to undercut import parity sometimes; surface finish and certification affect price.
Middle East (stockist) $1,800 – $3,000 Dependent on import parity and freight; stockist margins included.
410 scrap (U.S. example) ≈ $0.12/lb (≈ $240/tonne) Useful reference for recycling; not comparable to finished product pricing.

How we built the table: the China ranges reflect factory offers and supplier pages; distributor and marketplace numbers reflect piece pricing and catalog quotes in Western markets and trading portals. Prices are indicative — always obtain an up-to-date, itemized offer.

Primary price drivers in 2025

Understanding price formation is crucial if you want to get good value. Key drivers:

  1. Raw material input and scrap values. The feedstock iron, chromium and alloying scrap movement directly affects mill quotes. While 410 has lower alloy content than 300-series, chromium prices and scrap availability still matter. Recent scrap values create a lower bound for mill economics.

  2. Global steel and stainless sentiment. Overcapacity in some regions (notably parts of Asia) and cyclical demand (construction, auto, energy) change lead times and dealer margins rapidly; spot offers can be much different from contract pricing. Marketplace listings show wide spreads because of this.

  3. Processing and finishing. Cold rolling, bright annealing, polishing and close-tolerance plate cutting add significant cost. Mill-finish hot rolled plate is cheapest; any additional finishing increases per-tonne landed cost.

  4. Order size and MOQ. Factory bulk orders (100+ tonnes) attract the lowest per-tonne prices; sample and prototype orders are far more expensive per unit.

  5. Trade measures and tariffs. In 2025 some jurisdictions have adjusted steel/aluminum trade measures that push import parity higher in protected markets — this worsens import competitiveness and raises distributor prices. For example, higher tariff rates in the U.S. have been reported, which can elevate domestic stainless pricing relative to import parity.

  6. Freight and logistics. Ocean freight volatility, container availability and inland trucking costs can add hundreds of dollars per tonne to landed price. Port congestion or rerouting evokes surcharges.

  7. Certification and testing requirements. Mill certifications (e.g., EN 10204 3.1), third-party testing, or customer-specific documentation increase supplier cost and lead time.

Each of these levers is actionable: if you control order size, accept mill finish, or source from a low-cost region you reduce price; but total landed cost (including quality risk) must guide decisions.

Regional market notes and tactical tips

China (manufacturers & exporters)

China remains a dominant supply region for commodity stainless plate. Factory prices often look aggressive on B2B platforms, but watch the fine print: minimum order quantity (MOQ), packaging, whether price is for hot-rolled or cold-rolled product, and included test reports. OEMs and large buyers commonly secure the lowest unit price by consolidating shipments.

Tactical tip: request an itemized FOB price (mill-finish, 4×8 sheet, thickness specified) plus extra line items for packaging, testing and inland delivery; compare landed price to local stockist offers.

Europe

European offers tend to be higher due to wages, environmental compliance, and certification costs. For critical applications where local certification is required, European mills and stockists provide traceability that may justify the premium.

United States

Distributor and cut-to-size sellers in the U.S. often price per piece rather than per tonne; small orders are expensive. Trade actions and tariffs influence import parity and dealer pricing — budget for tariff-related uplift in protected markets.

India and Middle East

Local mills in India can price competitively for regional buyers; Middle Eastern buyers often source either locally from regional manufacturers or import from Asia based on freight economics and project timelines.

How to buy 410 plate: procurement checklist

When you request or evaluate a quote, ensure the supplier provides:

  • Exact material designation (e.g., UNS S41000 or AISI 410) and standard referenced (ASTM, EN, JIS).

  • Thickness, width, length (including tolerances).

  • Surface finish (2B, No.4, BA, etc.) and whether finish is after annealing.

  • Heat treatment condition (annealed, normalized, quenched & tempered) and target hardness.

  • Mill chemical & mechanical test report (material certificate EN 10204 3.1 / ASTM equivalent).

  • Qty and packaging (bundle, wooden crate, fumigated pallet for export).

  • Delivery term and Incoterm (FOB, CIF, DDP, EXW).

  • Lead time and validity of the quote.

  • Warranty / acceptance criteria for visual and dimensional defects.

Add these to your RFQ template to make apples-to-apples comparisons possible.

Inspection and certification: minimum recommended tests

For structural or safety critical components we recommend:

  • Full mill certificate (chemical composition and tensile results).

  • Hardness testing and proof of heat treatment where hardness is important (martensitic grades must sometimes be tempered to meet ductility requirements).

  • Ultrasonic (UT) or magnetic particle testing (MPI) for plate thicker than ~6 mm if internal defects are a risk.

  • Surface finish acceptance criteria (scratches, pits) documented in purchase order.

  • Third-party lab sampling for first orders or high-value projects.

Always specify inspection stages in the purchase order: pre-shipment inspection, witnessed mechanical tests, and acceptance criteria.

Logistics, lead times and packaging

Typical lead times vary:

  • Factory bulk orders: 2–8 weeks depending on production schedule and finishing.

  • Stockist / distributor: often immediate to 2 weeks for stocked sizes.

  • Custom cut or special finish: add 1–4 weeks.

Packaging matters for export: salt-free, moisture-resistant wraps; wooden crates for cut pieces; fumigation certificates where required. Freight cost volatility remains a key variable in landed price.

Practical cost-saving and negotiation tactics

We regularly use these levers when negotiating 410 plate prices:

  1. Increase order size or consolidate multiple part numbers — economies of scale lower per-tonne rates.

  2. Relax non-essential finishing requirements — accept mill finish instead of polished surface if application allows.

  3. Use EXW or FOB quotes and negotiate freight separately — separating freight often reveals saving opportunities.

  4. Ask for staggered shipments to balance inventory and get factory break-pricing for larger aggregate orders.

  5. Request factory inspection waiver for trusted suppliers in exchange for a small discount; use it sparingly.

  6. Compare local stockist landed price vs. imported FOB + freight + duty — local sourcing sometimes wins when total landed cost is considered.

  7. Lock price with a short-term contract if volatile market signals push prices upward.

Typical applications and how they influence price expectations

Applications that drive higher spec and therefore higher price include:

  • Wear or hardness-critical components: require controlled heat treatment and hardness testing — price rises.

  • Aesthetic architectural panels: demand polished finishes and consistent surface quality — finishing premium.

  • Food contact or medical components: require strict documentation and surface passivation — increase in costs.

Commodity uses such as structural or non-critical enclosures typically allow the lowest cost options.

Frequently asked questions

Q1 — What is the cheapest practical way to buy 410 plate?
A: Buy mill-finish hot-rolled plate in large tonnage from a reliable mill or trading company, accept standard surface and minimal testing beyond a mill certificate; consolidate multiple part numbers to hit volume discounts.

Q2 — Is 410 expensive compared with 304 or 316?
A: No — 410 is generally less expensive than 304/316 because it contains less nickel and typically uses lower alloy inputs; however, processing (polishing, close tolerances) can erode the price advantage.

Q3 — Why do distributor prices look so high compared to mill quotes?
A: Distributors price for small quantities, inventory holding, cutting, and service; retail per-piece pricing removes the economies of scale present in mill FOB pricing, so effective per-tonne numbers are higher.

Q4 — How should I budget for tariffs and freight?
A: For 2025 include a tariff contingency where relevant and add an ocean freight buffer (often several hundred dollars per tonne depending on route and containerization). Recent trade measures in some markets have materially changed import parity, so check country-specific rules.

Q5 — Is scrap price a good predictor of finished plate price?
A: Scrap gives a floor for raw material value, but finished goods incorporate processing, logistics, margins and compliance. The ratio between scrap and mill price varies with market cycles; using scrap alone will understate finished product cost.

Statement: This article was published after being reviewed by Luokaiwei technical expert Jason.

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Jason

Global Solutions Director | LuoKaiWei

Jason is a seasoned expert in ductile iron technology, specializing in the development, application, and global promotion of ductile iron pipe systems. Born on August 13, 1981, he earned his Bachelor of Science in Materials Science and Engineering with a minor in Mechanical Engineering from the University of Nevada, Reno.

Since joining Luokaiwei in 2015, a leading manufacturer of ductile iron pipes and fittings, Jason has played a pivotal role in advancing the company’s product line and expanding its global reach. His responsibilities encompass research and development, technical sales, and providing expert consultation on the selection and installation of ductile iron pipelines. Leveraging his deep understanding of materials science, Jason offers tailored solutions to clients worldwide, ensuring optimal performance and longevity of infrastructure projects.

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