Nickel Alloy Mesh Sieves | Extreme Environment Sieving Solutions
Material: Pure Nickel / Nickel-Chromium Alloy / Monel / Inconel
Mesh Range: 10 µm – 5 mm
Standards: Custom or ISO/ASTM Compatible
Application Fields: High-Temperature, Corrosive, Ultra-Pure Environments
Product Overview
Our Nickel Alloy Mesh Sieves are purpose-built for extreme working environments where standard stainless steel or brass sieves cannot survive. Engineered from high-purity nickel or nickel-based alloys such as Monel®, Inconel®, or Hastelloy®, these sieves offer exceptional chemical resistance, thermal stability, and material purity.
They are ideal for industries that demand uncompromised performance in highly corrosive, high-temperature, or ultra-clean conditions — such as aerospace, nuclear, semiconductor, battery, and pharmaceutical manufacturing.
Key Features
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Superior Corrosion Resistance
Resists strong acids, alkalis, and chlorides — suitable for aggressive chemical environments. -
High Temperature Tolerance
Performs reliably at temperatures exceeding 800°C, depending on the alloy used. -
Ultra-Pure Sieving
No risk of ferrous contamination — ideal for high-purity materials like lithium, catalyst powders, or rare earths. -
Strong Mechanical Stability
Maintains mesh precision under thermal or chemical stress, minimizing deformation over time. -
Customizable Construction
Available in multiple frame types (stainless, nickel, composite), mesh shapes, and custom aperture ranges.
Technical Specifications
| Mesh Size | Aperture (µm) | Alloy Options | Max Temp (°C) | Ideal For |
|---|---|---|---|---|
| 10 – 325 mesh | 45 – 2000 µm | Pure Nickel (Ni 200) | ~600°C | Battery powders, catalysts |
| 20 – 200 mesh | 75 – 850 µm | Monel 400 | ~480°C | Saltwater, alkali filtration |
| 40 – 500 mesh | 25 – 400 µm | Inconel 600 / 625 | ~1000°C | High-temp furnace materials |
| 10 – 300 mesh | 50 – 1800 µm | Hastelloy C22 / C276 | ~850°C | Chemical & acid processing |
All meshes can be precision-woven and laser-cut to your exact tolerance.
Application Scenarios
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Lithium battery materials & high-purity powder sieving
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Corrosive chemical or acid-base powder classification
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High-temperature catalyst processing (oil refining, gas processing)
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Nuclear fuel & radioactive material handling
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Pharmaceuticals requiring ultra-clean sieving environments
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Semiconductor-grade metal or powder screening
Optional Configurations
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Nickel mesh with stainless steel frame (cost-effective hybrid)
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All-nickel construction for maximum corrosion and purity resistance
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Reinforced mesh for vibratory sieve shakers
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Custom laser engraving (logo, spec, serial no.)
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With or without lid and pan