Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure

Product Details
Customization: Available
Application: Fire Sprinkler Systems, HVAC Systems, Medical Gas Systems, Plumbing, Refrigeration
certification: CE, ISO9001
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Number of Employees
355
Year of Establishment
2002-03-07
  • Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
  • Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
  • Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
  • Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
  • Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
  • Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
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Basic Info.

Model NO.
ASTM B740
Length
Customized
Outer Diameter
Customized
Temperature Classification
High Temperature Piping
MPa Classfication
Ultra High Pressure Piping
Material
Copper Alloy
Standard
ASTM, GB, API, DIN, JIS, BS
Medium
Liquid
Cross-Section Shape
Round
Connection Type
Seamless
Diameter
419mm
Transport Package
Wooden Case
Specification
1.2m*1.2m*L
Trademark
Hehong
Origin
China
Production Capacity
600ton/Month

Packaging & Delivery

Package Size
80.00cm * 80.00cm * 80.00cm
Package Gross Weight
1.000kg

Product Description

1. Product Overview: Discover the BFe15-1-1 CuNi15Sn8 High Temperature Piping for Critical Infrastructure from Gansu Hehong New Materials Co., Ltd., a groundbreaking solution designed to meet the most demanding needs of modern infrastructure projects. This product epitomizes our commitment to innovation, quality, and durability, ensuring optimal performance in high-temperature environments.

Attribute Description
Standard ASTM B740
Material CuNi15Sn8 (C72900) Spinodal Alloy
Key Features Ultra-high strength, corrosion resistance, thermal stability, excellent fatigue resistance
Processing Routes CNS-CSH (Casting), CNS-HWSH (Hot Worked), CNS-CWSH (Cold Worked)

2. Core Features: Our BFe15-1-1 CuNi15Sn8 High Temperature Piping is attributed with exceptional high-temperature resistance, unparalleled strength, and remarkable corrosion resistance. It is engineered to withstand extreme conditions, making it ideal for crucial installations.

Property Value/Description
Tensile Strength 900-1,200 MPa (varies by temper)
Electrical Conductivity 5-7% IACS
Thermal Conductivity 40-50 W/(m·K)
Hardness 300-350 HV
Elongation ≥5%

3. Key Advantages: Experience unparalleled performance with our product's superior durability, extended lifespan, and reduced maintenance needs. The BFe15-1-1 CuNi15Sn8 piping promises a reliable and sustainable solution, significantly cutting down on operational costs while maintaining integrity and strength.

Advantage Technical Benefit
Spinodal Hardening Nanoscale phase separation for exceptional strength without sacrificing ductility
Corrosion Resistance Excellent performance in marine, chemical, and high-humidity environments
Fatigue Resistance Withstands cyclic loading (1/3 of tensile strength at 107 cycles)
Dimensional Stability Minimal deformation under extreme temperatures (up to 200°C)

4. Applications: The BFe15-1-1 CuNi15Sn8 piping excels in diverse applications, notably in critical infrastructure sectors such as nuclear power, petrochemicals, marine engineering, and high-efficiency heat exchange systems. It is the go-to choice for projects requiring robust and resilient materials.

Industry Typical Components
Electronics High-speed connectors, relay springs, MEMS components
Aerospace Fasteners, bearing cages, actuator parts
Oil & Gas Downhole tools, valve components, drilling equipment
Industrial Precision springs, corrosion-resistant fasteners, molds

5. Physical Properties: Characterized by its robust physical properties, this product offers exceptional mechanical strength, thermal stability, and resistance to wear and tear. It is engineered to maintain performance standards even under the most challenging conditions.

Property Value
Density 8.82 g/cm³
Thermal Expansion 17.6 ×10-6/K (0-300°C)
Elastic Modulus 131 GPa
Poisson's Ratio 0.34

6. Processing Routes: Our product follows meticulous processing routes to ensure the highest quality.

1) CNS-CSH (Casting Spinodal Hardening): This process involves state-of-the-art casting techniques that enhance the material's microstructure for superior hardness and strength.

Step Description
Non-vacuum semi-continuous casting Gas protection + electromagnetic stirring for uniform microstructure
Homogenization 850-900°C × 4-8 hrs to eliminate segregation
Solution Treatment 800-850°C × 1-2 hrs followed by rapid cooling
Aging Treatment 350-450°C × 2-4 hrs to achieve spinodal hardening
Stress Relief 250-300°C × 1-2 hrs to minimize residual stresses

2) CNS-HWSH (Hot Worked Spinodal Hardening): Utilizes advanced hot working processes to optimize the alloy's mechanical properties, resulting in top-tier performance and reliability.

Step Description
Non-vacuum semi-continuous casting Gas protection + electromagnetic stirring
Homogenization 850-900°C × 4-8 hrs
Hot Extrusion (Water-sealed) Form rods/tubes with solution treatment integration
Aging Treatment 350-450°C × 2-4 hrs
Stress Relief 250-300°C × 1-2 hrs

3) CNS-CWSH (Cold Worked Spinodal Hardening): Through precise cold working methods, this process elevates the alloy's durability and stress resistance, making it ideal for high-stress applications.

Step Description
Non-vacuum semi-continuous casting Gas protection + electromagnetic stirring
Homogenization 850-900°C × 4-8 hrs
Hot Extrusion (Water-sealed) Form rods/tubes with solution treatment
Cold Working Drawing/rolling to achieve controlled deformation (20-50%)
Aging Treatment 350-450°C × 2-4 hrs
Stress Relief 250-300°C × 1-2 hrs

7. Quality Assurance: Gansu Hehong New Materials Co., Ltd. places quality at the forefront, employing rigorous testing and inspection at every production stage to ensure our BFe15-1-1 CuNi15Sn8 piping meets the highest standards of excellence.

Certification Compliance
ASTM B740 Full compliance with mechanical & chemical requirements
RoHS/ELV Lead-free (Pb <0.05%)
Test Reports Mill test certificates (EN 10204 3.1) available upon request

 

Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical InfrastructureBfe15-1-1 CuNi15sn8 High Temperature Piping for Critical InfrastructureBfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
Company Reference: Gansu Hehong New Materials Co., Ltd. is proud to be a part of the illustrious legacy of our parent company, offering top-notch copper alloy solutions.
Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure


 
Bfe15-1-1 CuNi15sn8 High Temperature Piping for Critical Infrastructure
Jiangyin: Recognized as a hub of technological advancement and industrial excellence, Jiangyin is where our innovative processes come to life. Hehong Precision: At Hehong Precision, our dedicated team continuously strives for excellence in copper alloy production, ensuring precision and quality in every product. Technology (HHP COPPER /Jiangyin New Huahong Copper Industry Co., Ltd.) is a distinguished branch of the Huahong Group (A-STOCK: 002645.SZ). Conveniently located near Shanghai, we are a leading manufacturer of Copper Alloy products, known for our exceptional manufacturing practices and commitment to innovation.


We specialize in the production of copper and copper alloy (admiralty brass/naval brass, aluminum brass, cupronickel/copper nickel) condenser tubes, high-efficiency heat exchange tubes, large diameter copper nickel pipes, copper alloy forged flanges, oxygen-free copper products, and railway ground cables. Our products are designed for excellence in applications such as seawater desalination, nuclear power, petrochemical, marine, steam turbines, pressure vessels, heat exchangers, central air-conditioning, household appliances, and railway transit, boasting an impressive annual production capacity exceeding 30,000 tons.
And we proudly authored the National Standard for copper alloy seamless tubes/pipes used in Nuclear Power!, reinforcing our position as industry leaders in high-performance materials for critical applications.

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