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FLUSH FIT STANDARD FEMALE INDUSTRIAL HOSE TAIL
FFIF1
- Steel bodied low profile coupling system for full bore internal flow path with smallest possible exterior dimensions
- The staple is retained fully within the coupling profile to be snag-free
- Available in standard and super configurations (Standard configuration design varies according to fitting size)
- The Super form embodies a secondary O-Ring to maintain a clean environment in the main bore
- A clearance area simplifies staple extraction
- Fewer loose parts than similar designs
Brochure ready to generate
- Materials and Specifications
- Flat Teflon backup ring. Nitrile O-Rings. Free cutting steel body. Hardened staple in either single width (Standard design) or double width (Super design). 2" material conforms to ( BS 970-080M47) (UNI EN C45). 2 1/2" material 50 D (BS 4360-90) (UNI EN S355J2G3 extruded tube). Alternatively material conforms to ( BS 970-230M07) (UNI EN 11SMnPb30).
- Application
- Standard Series: low to medium pressure large bore lines (pressure and return) where the application requires a smooth exterior profile to avoid snagging.
- Super Series: extra high pressure large bore lines where the application requires a smooth exterior profile to avoid snagging.
- Refer Pirtek for selection of suitable hoses to use with Flushfit Standard and Super fittings.
- Group Notes
- LOW PROFILE COUPLING STANDARD AND SUPER. Ferrule supplied with hose tail. Internal O-Ring not shown. Suited to use with FRAS rated air / water hose IRFAW
- Group Series
- MINING PRODUCTS
| Item Code | Nom. Bore Flush Fit - Dash | Nom. Bore Flush Fit - DN | Nom. Bore Flush Fit - Inch | Nom. Bore Hose - Dash | Nom. Bore Hose - DN | Nom. Bore Hose - Inch | Dim. Ferrule mm - Ø | Dim. Ferrule mm - Length | Dim. Hose Tail mm - COF | Dim. Hose Tail mm - L | Dim. Hose Tail mm - OD |
|---|---|---|---|---|---|---|---|---|---|---|---|
| FFIF1-5032L | 32 | 50 | 2" | 32 | 50 | 2" | — | — | 40.2 | 55.8 | 76 |
| FFIF1-6340L | 40 | 63 | 2.1/2" | 40 | 63 | 2.1/2" | 90.2 | 91.2 | 44.8 | 65.4 | 106 |