IXF40-4 by Dixon Valve | Holedall® Internal Expansion Ferrule | 2-1/2" Hose ID | Hose OD: From 3-12/64" to 3-16/64" | 3-1/4" Ferrule ID | Plated Carbon Steel NPT Fittings Size 2VDP-A 1/4" 3VDP-A 3/8"

Size 2VDP-A 1/4" 3VDP-A 3/8" 4VDP-A 1/2" 6VDP-A 3/4" 8VDP-A 1" 10VDP-A 1-1/4" 12VDP-A 1-1/2" 16VDP-A 2"

50" FF90103-10S 0

Part Number Material NPT Size Handle Style PSI @ 200°F Male NPT x Female NPT MFB101 Brass 1/8-27 Knurled Knob Handle 6000 PSI MFB102 Brass 1/4-18 Knurled Knob Handle 6000 PSI MFC101 Zinc Nickel Plated Steel 1/8-27 T Design Handle 10000 PSI MFC102 Zinc Nickel Plated Steel 1/4-18 T Design Handle 10000 PSI MFC404 Zinc Nickel Plated Steel 1/2-14 T Design Handle 10000 PSI MFS101 316 Stainless Steel 1/8-27 T Design Handle 10000 PSI MFS102 316 Stainless Steel 1/4-18 T Design Handle 10000 PSI MFS404 316 Stainless Steel 1/2-14 T Design Handle 10000 PSI Female NPT x Female NPT FFB101 Brass 1/8-27 Knurled Knob Handle 6000 PSI FFB102 Brass 1/4-18 Knurled Knob Handle 6000 PSI FFC101 Zinc Nickel Plated Steel 1/8-27 T Design Handle 10000 PSI FFC102 Zinc Nickel Plated Steel 1/4-18 T Design Handle 10000 PSI FFC404 Zinc Nickel Plated Steel 1/2-14 T Design Handle 10000 PSI FFS101 316 Stainless Steel 1/8-27 T Design Handle 10000 PSI FFS102 316 Stainless Steel 1/4-18 T Design Handle 10000 PSI FFS404 316 Stainless Steel 1/2-14 T Design Handle 10000 PSI

24" 2021-2-8S - - 0

The stem part that is clamped to the hose is one half of the Boss Ground Joint connection

IXF40-4 by Dixon Valve | Holedall® Internal Expansion Ferrule | 2-1/2" Hose ID | Hose OD: From 3-12/64" to 3-16/64" | 3-1/4" Ferrule ID | Plated Carbon Steel NPT Fittings Size 2VDP-A 1/4" 3VDP-A 3/8"Features: 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