Nickel Sintered Mesh

Nickel Sintered Mesh is fundamentally a metal woven mesh produced by pressing and elevated temperature diffusion sintering procedures. It offers high strength, firm structure, good and uniform permeability and high thermal and corrosion resistance properties. Due to this, Nickel sintered metal porous products have been extensively utilized in the several industrial fields including petrochemical, chemical, metallurgy, electrical and electric, environmental, pharmaceutical industry, aeronautical and space industries.

Key Applications

Petrochemical · Chemical · Metallurgy · Electrical · Environmental · Pharmaceutical · Aeronautical & Space Industries

Nickel Sintered Mesh Properties

Produced by combining multi-layer mesh, rolling and elevated temperature sintering

High permeability with good pore structure and uniform distribution

Great mechanical strength

Excellent thermal and corrosion resistance

Easy processing

Good regeneration ability with simple and smooth opening

Backflushable filter cartridges in solid-liquid and warm gas filtration

Specifications

Size	500×1000mm, 600×1200mm, 1000×1000mm, 1200×1200mm
Material	Nickel N2, N4, N6, N8, N9
Thickness	0.5 ~ 8mm

Nickel Sintered Mesh is fundamentally a metal woven mesh produced by pressing and elevated temperature diffusion sintering procedures. Stanford Advanced Materials (SAM) is a global manufacturer of Sintered Mesh products.

SINFT® designs, manufactures and markets a complete line of Filter and Strainer Replacement Elements which are functionally and dimensionally interchangeable with industrial OEM filter manufacturer elements.