Metal matrix composite
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Metal matrix composites are bimetallic or multilayer metal composite pipes or plates, widely used in harsh working conditions such as energy and chemical engineering, marine engineering, and environmental protection equipment.
Product name：
Non-magnetic austenitic stainless steel pipe
Material：
40Mn18Cr3
Warehouse：
Tianjin
Surface treatment：
Polishing/Brushing/pickling/passivation
Category：
Keyword：
Metal matrix composite
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Details description
Product Specifications
Various nickel-based alloy composite plates, super stainless steel composite plates, duplex steel composite plates, and titanium steel composite plates (all composite layers are original imports): Imported ultra-wide and ultra-long rolled titanium/steel composite plates, up to 3.8 meters wide and 11 meters long, with seamless composite plates and precise flatness
Core Product Advantages
Performance Upgrade
Through lamination, explosion bonding, or roll bonding processes, different metals (such as titanium-steel, stainless steel-carbon steel, copper-aluminum, etc.) are combined, possessing both the corrosion and wear resistance of the outer layer and the high strength of the inner layer, breaking through the limitations of single-material performance.
Suitable for extreme environments such as strong acids and alkalis, high temperature and pressure, and seawater erosion, significantly extending equipment life and reducing maintenance costs.
Lightweight Design
Composite materials using lightweight metals such as aluminum and titanium as base materials achieve structural weight reduction while ensuring strength, contributing to energy efficiency in aerospace and new energy vehicles.
Customized Adaptability
Supports different material combinations, size specifications, and interface processing technologies (such as transition layer optimization) to meet customer needs for special requirements such as conductivity, thermal conductivity, and welding performance.
Typical Application Areas
Petrochemicals: Composite plates are used to manufacture reaction vessels and tank linings to resist hydrogen sulfide and chloride corrosion.
Power Energy: Protective layers for nuclear power equipment and composite structures for flue gas desulfurization towers in thermal power plants.
Marine Engineering: Seawater desalination equipment and ship pipeline systems, resisting seawater corrosion and biofouling.
Environmental Protection Equipment: High-temperature resistant composite inner liners for garbage incinerators and electrolytic cells for wastewater treatment.
Technology and Quality Assurance
Advanced Technology: Using mature technologies such as vacuum hot rolling and explosion welding to ensure interface bonding strength ≥300MPa, without delamination defects.
Strict Testing: Multiple tests such as ultrasonic flaw detection, shear strength testing, and metallographic analysis are conducted to meet international standards such as GB/T 8165 and ASTM B898.
Full Process Service: From material selection and design, process optimization to finished product delivery, professional technical support and quality traceability services are provided.
Quan Ge Pipe Industry - Unleashing the unlimited possibilities of metal with the power of composites!
Qualification certification
Corporate video
Seamless steel pipe manufacturing
3PE anti-corrosion pipe manufacturing
Spiral steel pipe manufacturing
Application fields
Petrochemicals
Petrochemicals
Aerospace
Aerospace
Energy equipment
Energy equipment
Oil/gas/water pipelines
Oil/gas/water pipelines
Building construction
Building construction
Dredging & piling works
Dredging & piling works
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FAQ
How to perform daily maintenance and inspection of steel structures during use?
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What are the main differences between light steel structures and heavy steel structures?
How are the column spacing and span of steel structure factory buildings usually determined?
What changes occur in steel structures under high-temperature environments, and how can these be addressed?
What are the common structural forms of large-span steel structures?
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