Pay in 4 interest-free payments of $20.79 Learn more
Shipping Estimate
USA
- USA
- CAN
- USA
- CAN
Ships within 48 hours · Estimated delivery Aug 28 - Sep 2
Pay in 4 interest-free payments of $20.79 Learn more
Ships within 48 hours · Estimated delivery Aug 28 - Sep 2
consult Dixon® for pricing and availability
50" 2040-24-24S 1-1/2-11-1/2 1-1/2-11-1/2 2
Materials: Body components are precision-turned from solid barstock
Part Number Material Description TM64-42 Carbon Steel Use with F64-Z Ferrule | Tubular Type | 4" Male NPT x 4" Hose Barb TML64-42 Carbon Steel Extra Long | Tubular Type | 4" Male NPT x 4" Hose ID TM96-42 Plated Carbon Steel Use with F96-Z Ferrule | Tubular Type | 6" Male NPT x 6" Hose ID TMR96-42 316 Stainless Steel Use with FL96-Z Ferrule | Tubular Type | 6" Male NPT x 6" Hose ID TML96-42 Carbon Steel Use with FL96-Z Ferrule | Long | Tubular Type | 6" Male NPT x 6" Hose ID TP96-42 Unplated Carbon Steel Use with F96-Z Ferrule | Beveled End for Welding | Tubular Type | 6" Beveled End x 6" Hose ID TG96-42 Plated Carbon Steel Use with F96-Z Ferrule | Tubular Type | 6" Grooved End x 6" Hose ID TM128-42 Plated Carbon Steel Use with F128-X Ferrule | Tubular Type | 8" Male NPT x 8" Hose ID TP128-42 Unplated Carbon Steel Beveled End for Welding | Tubular Type | 8" Beveled End x 8" Hose ID TG128-42 Plated Carbon Steel Use with F128-X Ferrule | Tubular Type | 8" Grooved End x 8" Hose ID
Thread T1 Thread T2 A B 202712-4-4S 0
IXF64-X by Dixon Valve | Holedall® Internal Expansion Ferrule | 4" Hose ID | Hose OD: From 4-52/64" to 4-56/64" | 4-7/8" Ferrule ID | Plated Carbon Steel Female SAE 45 deg. consult Dixon® for pricing andFeatures: Internally expanded couplings are essential when maximum flow of media is important. Reduces turbulence through hose. Excellent sealing and retention characteristics. Outperforms band clamps. Easy and consistent installation. Use: For use with Holedall Internal Expansion Stems: IXM, IXH and IXV styles. Safety Notes: Dixon Holedall stems and ferrules are specifically designed to be used together as a coupling system. Due to differences in