Corrosion Resistance, High Strength, Heat Resistance
Quality Control:
100% Visual And Pressure Testing Per Industrial Standards
Pressure Rating:
Up To 25 Bar Operational Pressure
Wall Thickness:
1.5–10 Mm, Customizable Per Pipeline Requirements
Size:
Can Be Customized
Application:
SVG Connection Piping
Manufacturing Process:
Automatic Laser Cutting、Automatic Welding
Mechanical Strength:
350–450 MPa Tensile Strength
Outer Diameter:
10–150 Mm Standard, Custom Sizes Available
Highlight:
Heat Resistant Piping System
,
Stainless Steel Piping System
,
High Strength ss pipe
Product Description
Power Electronics Grade Corrosion Resistant High Strength Heat Resistant Stainless Steel Piping
Designed for critical power systems requiring exceptional reliability and performance in demanding industrial and energy applications.
Application Areas
High-Voltage Power Electronics Modules - Ensures safe and durable connections for inverters, converters, and rectifiers
Battery Energy Storage Systems - Serves as primary pipelines for thermal management and coolant circulation
Cooling Circuits in Industrial Refrigeration Units - Maintains stable temperature control in high-performance refrigeration systems
Precision Medical Power Electronics - Provides reliable piping for sensitive medical devices and laboratory power systems
Renewable Energy Integration - Used in solar, wind, and hybrid energy systems to connect power electronics components with high corrosion and heat resistance
Material Characteristics
Constructed using high-quality SUS304 stainless steel for outstanding performance in demanding applications:
Excellent Corrosion Resistance - Provides reliable protection against moisture, salt, and industrial contaminants
High Strength and Durability - Withstands mechanical stress and high-pressure conditions
Superior Heat Resistance - Maintains structural integrity under elevated temperatures
Extended Service Life - Engineered for long-term operation with minimal maintenance
Processing Techniques
Manufactured using advanced automated processes for consistent quality: