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Armour Packing
Corrosion ends here.
Performance carries on.
Supercharged by
Silicon Carbide.
A full ceramic working structure with the hardness, thermal response and chemical stability to keep mass transfer moving in severe service.
99.8 %+
High-purity SiC sintered ceramic
9 - 9.5
Mohs hardness
47
W/m·K thermal conductivity
4–5 × 10⁻⁶/K
Low thermal expansion
THE ARMOUR DIFFERENCE
01
02
03
Corrosion, disarmed.
Wire-mesh performance.
Built for continuity.
High-purity silicon carbide is engineered for aggressive acid, halide and high-temperature process environments where metal packing reaches its limit.
A three-dimensional connected ceramic network creates high effective area and open flow paths for efficient mass and heat transfer.
Low thermal expansion, high hardness and chemical stability support longer service intervals and fewer forced shutdowns.
LOOK CLOSER
Every opening.
Engineered.
From the individual mesh aperture to the complete circular module, the working geometry is visible at every scale.
01
Flow-channel geometry
Alternating corrugated layers form continuous vapour and liquid paths.
02
Layer interface
Opposing corrugations create the connected three-dimensional network.
03
Mesh aperture
Fine surface openings extend the effective contact interface.
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