Hastelloy wire mesh is a premium nickel-based alloy mesh, composed primarily of nickel, molybdenum, and chromium. It is part of the high-performance alloy family alongside Monel and nickel-chromium wire meshes. Common grades include Hastelloy B, C22, C276, and X, each tailored for specific chemical and industrial environments.
Renowned as one of the most corrosion-resistant metal materials, Hastelloy wire mesh excels in acidic, oxidizing, saline, and other highly corrosive environments. Hastelloy B standard mesh is widely used due to its exceptional resistance to hydrochloric acid across all concentrations, temperatures, and conditions. B-3 grade surpasses B-2 in chemical stability and reduced cracking, making it suitable for high-temperature and aggressive chemical applications, including hydrogen chloride gas exposure.
Material：Hastelloy B, Hastelloy C22, Hastelloy C276, Hastelloy X.
Wire diameter：0.05–1.8 mm.
Mesh size：2–200 mesh.
Technique：Woven, perforated.
Weave type：Plain weave, twill weave.
Width：0.1–1.5 m.
Length：10–100 m.
Package：Packed in roll, wrapped with moister-proof paper, put into wooden cases, or according to your requirements.
1. Exceptional Corrosion Resistance
Resistant to acids, oxidizers, salts, and aggressive chemicals
Performs reliably in highly corrosive environments
2. High Temperature Stability
Maintains structural integrity at elevated and boiling temperatures
Suitable for high-temperature industrial processes
3. Superior Chemical Durability
Hastelloy B-3 offers improved stability and lower cracking than B-2
Reliable for long-term use in extreme chemical conditions
4. High Strength & Durability
Woven alloy structure ensures mechanical stability
Maintains shape under pressure and repeated use
5. Versatile & Customizable
Available in different grades, mesh sizes, and wire diameters
Can be fabricated into sheets, panels, tubes, or custom designs
Chemical and petrochemical process filtration
Acid and oxidizer-resistant industrial systems
Hydrogen chloride and other aggressive gas filtration
High-temperature reaction vessels and equipment
Laboratory and research applications in corrosive environments
Industrial separation and screening under extreme conditions
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