Get in Touch with TiAlloy Company
Clad Plate Manufacturer for Stainless Steel/Steel, Nickel/Steel and Titanium/Steel
Daxun Alloy offers metal clad plate for customers who need corrosion resistance at the service surface and steel strength in the backing layer. Engineers, quality teams, and procurement personnel can match the material pair, manufacturing route, applicable standards, test certificates and export documents before issuing the request for quotation (RFQ).
Request a Quote
This page covers industrial metal clad plate for pressure, process, marine and heat-exchange equipment. It is not about architectural aluminum composite panels (ACM/ACP) or building-facade panel materials.
20+ years
Metal manufacturing experience
30,000+ sqm
Modern production base
ISO 9001
Quality management scope
Export service
Europe, Asia, Middle East, South America
3 core pairs
Stainless/steel, nickel/steel and titanium/steel.
2 bonding routes
Explosion bonding and roll bonding review by project fit.
4 standard families
ASTM A263, A264, A265 and B898 mapping.
QA evidence
Tensile, impact and metallographic test visuals.
RFQ support
Material selection, grade review and export documents.
Corrosion-Resistant Clad Plate Without Over-Specifying Solid Alloy
A clad plate pairs a corrosion-resistant cladding layer with a carbon steel or low-alloy steel base. The clad face meets the process fluid, while the base layer carries structural load and supports fabrication needs.
- The service side needs nickel alloy, stainless steel or titanium performance.
- Solid alloy does not need to run through the full plate thickness.
- The project requires documented bonding, testing and export traceability.
Do not begin with "what is the lowest price plate?" First, determine the service medium, design standard, backing material, cladding material, cladding thickness, forming route and test protocol.
- Engineer: material pair and bonding process.
- QA: standard, inspection and certificate path.
- Procurement: dimensions, quantity and shipping terms.
Stainless Steel/Steel, Nickel/Steel and Titanium/Steel Clad Plate Options
Each material combination is designed to address a specific challenge in the areas of corrosion, high temperature or fabrication. A complete RFQ needs to identify both backing and cladding metals and the total thickness, the cladding thickness, the required standard, and testing procedures.
01
Stainless Steel / Steel Clad Plate
Use this route when a stainless surface is needed over a low-alloy steel or carbon steel base. Buyers often discuss it for pressure vessels, tanks, chemical processing units and general corrosion-exposed parts.
TYPICAL BUYER QUESTION
chromium or chromium-nickel stainless cladding?
STANDARD
Standards include either ASTM A263 or ASTM A264, contingent on stainless family.
02
Nickel / Steel Clad Plate
Nickel and nickel-base alloy clad steel plate is often considered for service involving high temperature, caustic, salt or severe chemical media. Procurement should provide the nickel alloy grade, base steel grade and necessary inspection documents.
TYPICAL BUYER QUESTION
corrosion medium and operating temperature.
STANDARD
Standards utilized are ASTM A265 for nickel and nickel-base alloy clad steel plate.
03
Titanium / Steel Clad Plate
Titanium clad steel plate is selected when the surface needs titanium behavior while the backing material can remain steel. Buyers often connect it with chemical processing, condensers, heat exchangers and seawater systems.
TYPICAL BUYER QUESTION
titanium grade and compatible backing metal.
STANDARD
Standards include ASTM B898 for metal clad plate classified as reactive and refractory.
PROCUREMENT SPECIFICATION MATRIX
| Material Pair | Primary Buyer Risk | RFQ Fields To Confirm | Document Request |
|---|---|---|---|
| Stainless steel / steel | Corrosion side, forming route and weld procedure. | Stainless grade, backing grade, cladding side, total thickness. | Standard, mill certificate, bonding test and inspection record. |
| Nickel / steel | Medium compatibility, temperature and alloy cost control. | Nickel alloy grade, base grade, clad thickness and quantity. | ASTM A265 direction, chemical analysis and test report. |
| Titanium / steel | Reactive metal behavior, bond quality and fabrication sequence. | Titanium grade, backing grade, plate size and acceptance test. | ASTM B898 direction, ultrasonic test and traceability package. |
Explosion Bonding vs Roll Bonding: Choose The Process By Alloy Pair And Plate Risk
Supplied Daxun Alloy production assets show rolling, heat treatment, leveling, explosion cladding, finishing and testing capabilities. Process decisions should be based on the metal pair, clad-to-base thickness ratio, plate size, project standard and downstream forming route.
| Process Question | Explosion Bonding Discussion | Roll Bonding Discussion | Buyer Action |
|---|---|---|---|
| Highly dissimilar metals | Often reviewed when melting points and deformation behavior differ. | May need a closer review of compatibility and reduction schedule. | Send both alloy grades and service medium. |
| Downstream forming | Ask for bond test, bend expectation and fabrication notes. | Ask for rolling route, heat treatment and flatness control. | Share forming radius or fabrication drawing. |
| Pressure equipment | Confirm standard, UT, shear or bond test path. | Confirm standard, heat treatment and dimensional tolerance. | Attach project code and inspection plan. |
| Quote risk | Incomplete alloy and size data can delay process review. | Incomplete thickness ratio can delay routing review. | Use the checklist before requesting price. |
Application Fit For Chemical, Energy, Marine And Heat-Exchange Equipment
The same clad plate may be unsuitable if the material pair, cladding orientation, forming route or inspection plan is wrong. Treat application notes as the starting point for review, then confirm the project code and service fluid in the RFQ.
| Application Area | Likely Buyer Concern | Material Pair To Discuss | Question To Send Daxun Alloy |
|---|---|---|---|
| Chemical and petrochemical equipment | Corrosive media, pressure and temperature. | Stainless/steel or nickel/steel clad plate. | Which cladding grade fits the process medium? |
| Heat exchangers and condensers | Tube-sheet compatibility, corrosion side and fabrication sequence. | Titanium/steel, stainless/steel or nickel/steel clad plate. | Which side should be clad and what tests are required? |
| Marine and seawater systems | Chloride exposure and long-service corrosion risk. | Titanium/steel or selected nickel/steel clad plate. | Which alloy grade is suitable for seawater contact? |
| Energy and power generation | Document package, reliability and scheduled shutdown risk. | Project-specific stainless, nickel or titanium cladding. | What test reports and certificates can ship with the order? |
RFQ Checklist: Price, Lead Time, Documents And Export Service
Daxun Alloy can assist with material selection, grade review, specification confirmation, standards comparison, technical consultation and prompt quotation prior to manufacturing. After order placement, the team tracks production progress, inspection documents, packing and shipping coordination.
Low-friction offer
Share the material pair and intended use before full drawings are ready if needed. The technical team can identify missing RFQ information before an official quotation is issued.
Include these fields in your inquiry
Example Formats & Reference Guidelines
| RFQ Field | Example Format |
|---|---|
| Total thickness | Example only: 20 mm, not a stock specification. |
| Cladding thickness | Example only: 3 mm, subject to project review. |
| Plate width | Example only: 1,500 mm; confirm final mill route. |
| Plate length | Example only: 6,000 mm; confirm packing and transport. |
| Flatness or tolerance note | Example only: 1 mm reference tolerance if the drawing requires it. |
| Witness or review timing | Example only: 2 days notice for inspection coordination. |
| Bend radius note | Example only: 50 mm if the fabrication drawing defines it. |
| Edge or machining allowance | Example only: 10 mm if extra stock is required by the buyer. |
| Test coupon reference | Example only: 100 mm coupon if the inspection plan defines it. |
| Buyer-side document review | Example only: 3 days if approval timing must be planned. |
| Shipping destination | Example only: 1 country and 1 port per shipment plan. |
| Urgent response flag | Example only: 24 hours if the buyer needs a first technical reply. |
| Technical clarification | Example only: 1 session if the buyer needs a drawing review call. |
Standards, Testing And Certification For Clad Plate Projects
Use standards as RFQ guidance tools, not as blanket promises. Final product orders require a precise standard version, specified alloy grades, inspection scope and document set.
ISO 9001:2015
Quality management certificate scope verified from supplied PDF.
EN 9100:2018
Technically equivalent to AS9100D in the supplied certificate.
Expiry
Certificate expiry shown as 2026-11-27 in the local PDF.
Scope
Nickel and titanium alloys, special steels and advanced materials.
| Material Family | Standard Direction | Official Scope Signal | RFQ Reminder |
|---|---|---|---|
| Stainless chromium / steel | ASTM A263 | Stainless chromium steel-clad plate. | Confirm stainless grade, backing grade and test package. |
| Stainless chromium-nickel / steel | ASTM A264 | Stainless chromium-nickel steel-clad plate. | Confirm cladding thickness and plate acceptance criteria. |
| Nickel or nickel-base alloy / steel | ASTM A265 | Nickel and nickel-base alloy-clad steel plate. | State nickel alloy grade and corrosion environment. |
| Titanium or reactive metal / steel | ASTM B898 | Reactive and refractory metal clad plate, including titanium. | Confirm titanium grade, forming route and inspection needs. |
How To Evaluate A Clad Plate Supplier Before You Place The Order
For a new supplier website, price is only one part of risk. A useful first review checks material-pair experience, process fit, test records, certificate scope, export capability and response quality.
-
01
Material Pair
Ask if the supplier has experience of working with the specific cladding- and backing-metal combination that you require.
-
02
Bonding Route
Ask why explosion bonding, roll bonding or another particular route is being suggested for the order.
-
03
Testing Proof
Ask which specific mechanical, ultrasonic, metallographic, or customer required tests can be provided.
-
04
Certification Scope
Verify the quality and aerospace-relevant management certifications, checking that they match the materials to be supplied and remain valid throughout the production.
-
05
Export Documents
Verify packing lists, certificates, marking requirements, shipping documents and delivery details.
-
06
Service Response
Confirm that the supplier is able to reply to your request with recommendations for material grades, standard comparisons, and a list of any information gaps.
-
07
After-Sales Handling
Ask how quality feedback, technical support and long-term assistance are handled after delivery.
-
08
Visual Evidence
Search for proof of the actual product, its manufacturing processes, any finishes applied, test results, and certificates, rather than just generalized claims of factory capabilities.
Engineering Tools & Selectors
Clad Plate Questions Buyers Ask Before RFQ
What is the difference between clad and plated?
In this context, clad plate means a bonded construction with a cladding layer over a backing layer. Plating usually refers to a thinner surface treatment, so it should not be used as an alternative term for clad material in pressure or structural equipment.
What is a clad steel plate?
A clad steel plate consists of a backing made from steel, topped by another alloy on the side that will come into contact with the process media. The most common variants are stainless steel clad plate, nickel clad steel plate and titanium clad steel plate.
Which standard applies to stainless steel clad plate?
Depending on the stainless cladding family, common standard directions are ASTM A263 and ASTM A264. Final RFQs should state the precise grade, standard edition and project inspection requirements.
Which standard applies to nickel clad steel plate?
ASTM A265 is the standard direction for nickel and nickel-base alloy clad steel plate. Buyers must still confirm the exact nickel alloy grade, backing steel grade and required test certificates.
Which standard applies to titanium clad steel plate?
ASTM B898 is the standard direction for reactive and refractory metal clad plate, including titanium. Buyers should provide the titanium grade, backing metal, plate dimensions and inspection requirements.
What information is needed for a clad plate quote?
Provide details on the backing-metal and cladding-metal grades, single- or double-sided cladding, total thickness, cladding thickness, plate size, quantity, standard, test requirements, certificates required and country of destination. If some details are unavailable, the intended use and the service medium are still sufficient for the technical team to get started.
Can Daxun Alloy support export documentation?
Based on the brand brief, Daxun Alloy can handle export service, packaging, shipping arrangements and after-sales technical response for international customers. Confirm the final document list during order review.
