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Secure your high-pressure hygienic pipelines and protect sensitive downstream equipment with the Aomite SS304 Sanitary Y-Type Strainer.
Engineered for heavy-duty commercial applications in the brewing, dairy, and pharmaceutical industries, this robust Y-filter is precision-manufactured from high-grade SS304 stainless steel, safely handling working pressures up to 10 Bar. The internal filtration system features a dual-layer design: a sturdy perforated backing cylinder (0.5-3mm hole size) supporting a fine 100-mesh stainless screen, ensuring maximum particulate capture without mesh deformation. Equipped with standard Tri-Clamp connections featuring 50.5mm (for 1" and 1.5" pipes) or 64mm (for 2" pipes) flange outer diameters, it guarantees seamless, leak-proof integration into your existing sanitary framework.
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AMTFILTER-Y
AOMITE
AMTFILTER-Y002
| Parameter | Specification |
|---|---|
| Product Name | Sanitary Y-Type Strainer / Filter |
| Material Grade | SS304 Stainless Steel (SS316L available upon request) |
| Filter Screen (Mesh) | 100 Mesh Standard (Options from 50 to 500 Mesh) |
| Backing Tube (Perforated) | 0.5mm to 3.0mm perforate hole size for structural support |
| Connection Type | Tri-Clamp (TC) |
| Pipe Size & Flange OD | 1" & 1.5" Pipe (Flange OD 50.5mm) | 2" Pipe (Flange OD 64mm) |
| Working Pressure | Up to 10 Bar |
| Gasket Material | Food-Grade Silicone |
The Sanitary TC Standard
In the sanitary pipe fitting industry, the outer diameter (OD) of the Tri-Clamp ferrule flange is standardized. Both 1-inch and 1.5-inch sanitary tubes use the exact same 50.5mm (1.984 inches) outer flange. This means a 1.5-inch clamp and gasket will fit perfectly on a 1-inch connection. However, when you step up to a 2-inch sanitary pipe, the Tri-Clamp flange OD increases to 64mm (2.516 inches).
Structural Integrity: The stainless steel plate with perforated holes (0.5-3mm) acts as the rigid backbone of the filter element. Because this strainer handles up to 10 Bar of working pressure, a fine wire mesh alone would tear or collapse under the fluid force.
Fine Filtration: The 100-mesh screen is layered tightly over (or inside) the perforated tube. The mesh captures the microscopic solids, while the perforated cylinder absorbs all the mechanical stress of the high-velocity fluid.
2024-04-26 261
Catalogue2022.pdf
