Hastelloy C-22 N06022 Alloy | Cold Drawn Hot Rolled Nickel Sheet & Tube | Black/Bright Surface

DLX Hastelloy Alloy is a high-performance nickel-based alloy material designed for extreme corrosion resistance and high-temperature strength. It is available in multiple grades including Hastelloy C22, Hastelloy B2, and Hastelloy B3, each engineered for specific industrial environments.

These grades differ in chemical composition and performance characteristics, making them suitable for a wide range of demanding applications in chemical and industrial processing.

• Hastelloy C22: Excellent resistance to oxidizing and reducing environments
• Hastelloy B2: Superior resistance to hydrochloric acid across all concentrations and temperatures
• Hastelloy B3: Enhanced stability in highly corrosive chemical environments

DLX Hastelloy Alloy offers excellent mechanical strength and long-term durability:

• Tensile Strength (Rm): 690 MPa
• Yield Strength (Rp0.2): 310 MPa
• Forming Process: Cold drawn & hot rolled
• Surface Condition: Bright / Black available
• Form: Wire / Bar / Tube / Sheet (customizable)
• Powder Form: Not available

The combination of cold drawing and hot rolling ensures uniform structure, stable mechanical properties, and superior surface finish.

• Outstanding resistance to strong acids and aggressive chemicals
• Excellent performance in both oxidizing and reducing environments
• High temperature and pressure resistance
• Superior mechanical strength and durability
• Excellent stability in harsh industrial conditions
• Long service life with reduced maintenance cost

DLX Hastelloy Alloy is widely used across multiple high-demand industries:

• Chemical processing equipment
• Pharmaceutical manufacturing systems
• Oil & gas exploration and refining
• Power generation systems
• Aerospace components
• Marine engineering (saltwater corrosion resistance)
• Heat exchangers
• Pumps, valves, and reactors
• Pollution control systems
• Fertilizer and dye production

Its superior corrosion resistance makes it especially suitable for heat exchangers and critical chemical equipment exposed to aggressive media.

• Resistant to oxidizing and reducing agents
• Excellent pitting and crevice corrosion resistance
• Ideal for chemical processing systems

• Outstanding resistance to hydrochloric acid
• Suitable for pharmaceutical and chemical industries
• Stable performance in reducing environments

• Improved thermal stability compared to B2
• High resistance to strong acids
• Suitable for severe chemical environments

• Custom diameter, thickness, and length
• Wire, bar, tube, and sheet processing
• Surface finish: bright / black / pickled
• Mechanical property adjustment based on application
• OEM & bulk industrial supply support
• Strict tolerance control for precision applications

All DLX Hastelloy Alloy products are manufactured in Jiangsu, China, using advanced processing technology:

• Cold-drawn + hot-rolled production process
• Strict chemical composition control
• High consistency in mechanical performance
• Full inspection before shipment

DLX provides complete technical support for global customers:

• Material selection guidance
• Corrosion resistance consultation
• Mechanical performance analysis
• On-site technical support (if required)
• Installation and usage training
• Customized engineering solutions

To ensure safe global delivery, DLX uses professional industrial packaging:

• Strong wooden box packaging
• Anti-moisture and anti-corrosion protection
• Clear labeling with product specifications
• Secure sealing for long-distance transport

• Air freight
• Sea freight
• Ground transportation

Shipping cost depends on destination, weight, and selected method. Tracking is available for all shipments.

A nickel-based corrosion-resistant alloy designed for extreme chemical and industrial environments.

Hastelloy C22, B2, and B3.

Chemical processing, oil & gas, aerospace, marine, pharmaceuticals, and power generation.

Yes, especially Hastelloy B2 and B3 grades.

Wire, bar, tube, and sheet with customized specifications.