Ssi 3G-OTH-438025 — Compatible Parts & Alternatives

You searched for 0400-300WTTTM-T

8 compatible products found for Ssi 3G-OTH-438025. All items ship worldwide via DHL.

Also known as:0400-300WTTTM-TSSI

Cross-reference match for “0400-300WTTTM-T”

“0400-300WTTTM-T” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

SSI

SSI 0400-300WTTTM-T Stainless Steel Double-Door Wafer Check Valve, 4 in, CF8M Seat

SKU: 3G-OTH-438025

View Details Quote + Service

Ssi 3G-OTH-438025 — Compatible Parts & Alternatives

Cross-reference match for “0400-300WTTTM-T”

SSI 0400-300WTTTM-T Stainless Steel Double-Door Wafer Check Valve, 4 in, CF8M Seat

More from Ssi

Ssi This SSI double-door wafer check valve features a 5 in pipe size and a wafer-style inline valve body. The seat is made of CF8M stainless steel. It is used to prevent backflow in piping systems.

Ssi This SSI double-door wafer check valve features an inline valve body with a 2-1/2 in pipe size and wafer connection. The seat is made of CF8M stainless steel. It is used to prevent backflow in piping systems for water, wastewater, and industrial process lines.

Ssi This SSI double-door wafer check valve features a 3-inch pipe size and a CF8M stainless steel seat. Its inline wafer body is designed to prevent backflow in piping systems, automatically closing when flow reverses. Suitable for industrial water, wastewater, and process applications.

Ssi This SSI double-door wafer check valve features a 10-inch pipe size and a wafer-style inline body. The seat is made of CF8M stainless steel. It is used to prevent backflow in piping systems, suitable for applications requiring reliable flow control with minimal pressure drop.

Ssi This SSI double-door wafer check valve features a 2-inch pipe size and an inline valve body. It is constructed with a CF8M stainless steel seat material. Designed for wafer-style installation, it prevents backflow in piping systems.