Thickness:3mm to 50mm
Dimensions:Customizable (Length: Up to 4000mm; Width: Up to 1500mm)
Density:7.85 g/cm³
Yield Strength:≥ 250 MPa
Tensile Strength:≥ 550 MPa
Corrosion Resistance:Excellent in Acidic and Alkaline Environments
Operating Temperature:-20°C to 600°C
Welding Compatibility:Compatible with most welding methods
Surface Finish:Smooth, Polished, or Textured
Coating Options:Can be coated with various materials such as nickel or titanium for enhanced corrosion resistance
Applications:Pressure Vessels, Chemical Reactors, Energy Plants, Marine Engineering
Stainless Steel Composite Plate for Pressure Vessels
When your operations demand both superior corrosion resistance and exceptional structural integrity, our stainless steel composite plate for pressure vessels delivers unmatched value. At Baoji City ShenAo Metal Materials Co., Ltd., we specialize in explosive bonding technology that creates a metallurgical bond achieving 95%-100% bonding rates. With shear strength exceeding 210 MPa and operating temperatures ranging from -20°C to 600°C, these plates combine corrosion-resistant stainless steel cladding with high-strength carbon steel backing. Your equipment benefits from yield strength ≥250 MPa and tensile strength ≥550 MPa, while reducing material costs by 30-50% compared to solid stainless construction.
What Is a Stainless Steel Composite Plate for Pressure Vessels?
This bimetallic fabric bonds a lean corrosion-resistant stainless steel layer to a thicker basic carbon steel base.
We utilize progressed dangerous holding strategies that make lasting metallurgical combination at the interface.
The result? You get the chemical resistance of premium amalgams without the restrictive cost.
The composite structure tackles two basic challenges simultaneously:
· Corrosion protection on surfaces uncovered to forceful media
· Structural strength needed to handle extraordinary pressures
Your operations pick up ASME Segment VIII compliance whereas optimizing fabric costs.
The plan disperses materials based on utilitarian requirements—stainless where you require erosion resistance, carbon steel where you require strength.
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Technical Specifications
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Parameter
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Value
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Material Type
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Stainless Steel / Composite Metal Layer
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Thickness Range
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3mm to 50mm
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Customizable Dimensions
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Length: Up to 4000mm; Width: Up to 1500mm
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Density
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7.85 g/cm³
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Yield Strength
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≥ 250 MPa
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Tensile Strength
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≥ 550 MPa
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Shear Strength
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≥ 210 MPa (ASTM A264/A263)
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Bonding Rate
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95%-100% (UT Class I/II)
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Corrosion Resistance
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Excellent in Acidic and Alkaline Environments
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Operating Temperature
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-20°C to 600°C
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Welding Compatibility
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Compatible with Most Welding Methods
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Surface Finish
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Smooth, Polished, or Textured
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Standards Compliance
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ASME SA-263/SA-264, EN 13445, GB/T 32747
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Key Advantages You'll Experience
Cost-Effective Engineering
You diminish fabric costs essentially compared to strong stainless steel fabrication.
The carbon steel backing gives basic bolster at a division of the cost.
Superior Holding Technology
Our 17 a long time of hazardous holding skill guarantees lasting metallurgical fusion.
The interface withstands warm cycling and mechanical stretch without delamination.
Exceptional Erosion Resistance
The stainless steel cladding (304L, 316L, or Duplex 2205) ensures against forceful chemicals.
Your hardware keeps up surface judgment in acidic, soluble, and high-chloride situations.
Optimal Thermal Performance
The carbon steel base offers better thermal conductivity than solid austenitic steel.
You achieve more efficient heat transfer in your processes.
Customization Flexibility
We tailor specifications to your exact requirements—thickness, dimensions, and cladding materials.
Your unique operational challenges receive purpose-built solutions.
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Product production process

Primary Applications
Petrochemical Refining
Your desulfurization reactors and distillation units face high-temperature H2S and CO2 corrosion.
The stainless steel composite plate for pressure vessels protects internal surfaces while the carbon steel shell handles extreme pressures.
Desalination & Marine Engineering
Multi-Stage Flash (MSF) evaporator shells require resistance to high-chloride brine.
You get cost-effective material solutions for large structural volumes without sacrificing performance.
Pharmaceutical & Food Processing
Large-scale fermentation tanks and sterilization vessels demand ultra-hygienic surfaces.
The 316L cladding prevents product contamination while maintaining rigidity for heavy agitator mounting.
Chemical Reactors
Aggressive chemical processes require materials that won't degrade or contaminate products.
Your reactors operate reliably with extended service life.
Energy Plants
Boilers, heat exchangers, and pressure vessels benefit from the composite structure's durability.
You reduce maintenance frequency and extend equipment lifespan.
Why Choose ShenAo Metal Materials?
17 Years of Manufacturing Excellence
Since 2008, we've specialized in non-ferrous metal composite materials from China's Titanium Valley.
Your ventures advantage from our develop hazardous welding innovation and demonstrated track record.
Rigorous Quality Standards
Every plate experiences ultrasonic testing to confirm holding integrity.
We keep up strict prepare controls guaranteeing dependable items that meet worldwide standards.
Expert Specialized Support
Our experienced R&D group collaborates with you to fathom application-specific challenges.
You get customized arrangements adjusted with your operational requirements.
Reliable Delivery
Whether you require little group testing or large-scale generation, we convey on time.
Our built up supply chain guarantees reliable availability.
Comprehensive After-Sales Service
We stay committed to your victory long after delivery.
You pick up a accomplice committed to supporting your operations.
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Application Industries
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Our Factory
Our Patents and Honors
Our Packaging
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Frequently Asked Questions
Q: How does the holding prepare guarantee long-term reliability?
A: We utilize dangerous holding innovation that makes a metallurgical combination at the nuclear level. This lasting bond accomplishes 95%-100% holding rates confirmed by ultrasonic testing. The interface withstands warm cycling, mechanical push, and weight vacillations without chance of delamination.
Q: Can you customize the cladding fabric for particular destructive environments?
A: Completely. We offer different stainless steel grades counting 304L, 316L, and Duplex 2205. We'll work with you to select the ideal cladding fabric based on your particular chemical introduction, temperature extend, and weight requirements.
Q: What welding strategies are congruous with these composite plates?
A: The plates are consistent with most standard welding strategies counting TIG, MIG, and submerged bend welding. We give welding method details to guarantee appropriate joint astuteness and anticipate delamination at weld zones.
Q: How do I decide the fitting thickness proportion between cladding and base material?
A: This depends on your erosion remittance necessities and auxiliary stack calculations. Ordinarily, cladding ranges from 2-6mm whereas the base fabric gives the vital thickness for weight control. Our specialized group helps with these calculations based on ASME standards.
Q: What quality documentation do you give with shipments?
A: Each shipment incorporates fabric test reports, ultrasonic testing comes about, chemical composition examination, mechanical property certifications, and dimensional review reports. We give full traceability documentation assembly universal standards.
Q: What is the commonplace lead time for custom specifications?
A: Standard details dispatch inside 2-3 weeks. Custom measurements or uncommon cladding materials may require 4-6 weeks depending on complexity and amount. We'll give exact timelines when you yield your details.
Contact Us
Ready to optimize your pressure vessel performance with Stainless steel composite plate for pressure vessels? Reach out to our team at zh@baojiti.com.cn for expert consultation and custom solutions.
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