Nylon tubing is suited for use as oil lines, fuel lines, petrol tank breather pipes, greasing sheaths, pneumatic controls, bleed lines, brake controls and lubrication lines. Also available in ‘Superflex’ version offering improved flexibility making it ideal for instrument lines, flexible paint and solvent spray tube and for constructing control circuits were better flexibility means less tube is required giving a neater finish. Good resistance to oil, fuel and chemicals Temperature range: -40ºC +80ºC (+110ºC intermittent) Mirror smooth bore (seamless) for good flow rates Produced to exacting tolerances Approx. 1/9th the weight of copper Available in standard 30m coils Colours available: Natural, Black, Blue, Red, Green and Yellow product | od | x | id | Flexible | Tolerance | Tolerance | Min Bend Radius | Weight/30m | | | | | B.P.@20ºC | ID | OD | | | | (inch) | | (inch) | Bar | (inch) | (inch) | (inch) | Kg | NIHF04 | 1/8 | x | .062 | 259** | ±0.004 | +0.000/-0.004 | | | NIMF04 | 1/8 | x | .075 | 68 (170**) | ±0.004 | +0.000/-0.004 | 3/4 | 0.16 | NILF04 | 1/8 | x | .095 | 80** | ±0.004 | +0.000/-0.004 | | | NIMF05 | 5/32 | x | .086 | 68 | ±0.004 | +0.000/-0.004 | 3/4 | 0.26 | NIMF05S | 5/32 | x | .096 | 163** | ±0.004 | +0.000/-0.004 | | | NILF05 | 5/32 | x | .106 | | ±0.004 | +0.000/-0.004 | | | NIHF06 | 3/16 | x | .107 | 195** | ±0.005 | +0.000/-0.005 | | | NIMF06 | 3/16 | x | .117 | 68 (154**) | ±0.005 | +0.000/-0.005 | 3/4 | 0.34 | NILF06 | 3/16 | x | .137 | 51 (94**) | ±0.005 | +0.000/-0.005 | 3 1/4 | 0.29 | NIHF08 | 1/4 | x | .150 | 170** | ±0.005 | +0.000/-0.005 | | | NIMF08 | 1/4 | x | .170 | 68 (120**) | ±0.005 | +0.000/-0.005 | 1 | 0.52 | NILF08 | 1/4 | x | .190 | 51 (80**) | ±0.005 | +0.000/-0.005 | 3 1/4 | 0.47 | NIHF08 | 5/16 | x | .182 | 186** | ±0.005 | +0.000/-0.005 | | | NIMF10 | 5/16 | x | .212 | 68 (121**) | ±0.005 | +0.000/-0.005 | 1 1/2 | 0.83 | NILF10 | 5/16 | x | .242 | 51 (74**) | ±0.005 | +0.000/-0.005 | 1 | 0.68 | NIHF12 | 3/8 | x | .225 | 173** | ±0.005 | +0.000/-0.005 | | | NIMF12 | 3/8 | x | .250 | 68 (127**) | ±0.005 | +0.000/-0.005 | 2 1/2 | 1.22 | NIMFS12 | 3/8 | x | .265 | 68 (106**) | ±0.005 | +0.000/-0.005 | 2 | 1.87 | NILF12 | 3/8 | x | .295 | 51 (69**) | ±0.005 | +0.000/-0.005 | 1 1/2 | 0.94 | NIHF16 | 1/2 | x | .340 | 120** | ±0.005 | +0.000/-0.005 | | | NIMF16 | 1/2 | x | .375 | 68 (85**) | ±0.005 | +0.000/-0.005 | 2 | 1.70 | NIHF20 | 5/8 | x | .470 | 85** | ±0.006 | +0.000/-0.006 | | | NIMF20 | 5/8 | x | .500 | 68 (64**) | ±0.006 | +0.000/-0.006 | 3 1/2 | 2.19 | NIMF24 | 3/4 | x | .594 | 68 (67**) | ±0.006 | +0.000/-0.006 | 6 | 3.27 | NIMF32 | 1 | x | .812 | 68 (59**) | ±0.006 | +0.000/-0.008 | 9 | 5.31 |
Short Term Burst Pressure (B.P.) Calculated on an Induced Stress of 20 MPa @ 20ºC. **Theoretical Maximum Instantaneous B.P. @20ºC. Any increase in temperature above 20ºC will result in a decrease in pressure capabilities. Whilst the above information is, to the best of our knowledge, accurate no warranty or guarantee is implied or given. Physical Properties | | | | | | Density | 1.04g/cm3 | 65.4 lb/ft3 | Melting Point | 186ºC | 367ºF | Specific Heat (Cal.) | 0.58 | | Thermal Conductivity (c.g.s.) | 7 x 10-4 | | Latent Heat of Fusion (K.Cal/Kg) | 20 | | Linear Coefficient of Expansion | 11 x 10-5 | | Atmospheric Absorption of Water (@R.H. 100%) | 0.50% | | Maximum Absorption of Water (@R.H. 100%) | 1.50% | | Inflammability | Self Extinguishing. | |
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