Shrinkable Irradiated Kynar Tubing, Transparent Color
Choose FIT® 350 Preferred Heat Shrink Products for their chemical resistance, tensile strength, and excellent flame retardancy and heat resistance characteristics.
FIT® 350 Preferred Heat Shrink Products chemical resistant qualities make FIT® 350 Preferred Heat Shrink Products non-corrosive, and are resistant to fungus growth and chemicals such as solvents, JP4, Oxidants, strong acids and bases.
FIT® 350 Preferred Heat Shrink Products are 3 times the tensile strength of standard polyolefin! Tensile Strength is 5000 psi, (352 KG/cm2) with ultimate elongation at 150%. Longitudinal shrinkage is -10%.
FIT® 350 Preferred Heat Shrink Products excellent heat resistance gives a faster recovery time than Teflon, so that use with high temperature wire and caustic environments is no problem.
FIT® 350 Preferred Heat Shrink Products are transparent, thin-walled, high temperature, flame-retardant tubing which are excellent for installations requiring high resistance to abrasion and cut-through. Allows easy inspection of covered components. The tubing shrinks to 50% of supplied diameter at 175°C, longitudinal shrinkage -10%. Semi-rigid, chemical resistant and self-extinguishing. Does not support fungus growth. Operating Temperature: –55°C to +175°C. Tensile Strength: 5000 psi, nominal. 4’ lengths are available by special order.
• 3 times the Tensile Strength of Standard Polyolefin
• Chemical Resistance • Excellent Flame Retardancy
• Self Extinguishing
• Excellent Heat Resistance
• Shrinkage ratio is 2 to 1 at 175 DegC
• Non Corrosive
• Fungus Resistant
• Water Absorption 0.5%
• UL Standard 224 CSA Standard 198 MIL-DTL-23053/8C
• Passes UL VW-1 Flame Test and CSA OFT Flame Test
• Rohs Compliant
• Xtra Guard 4 Applications
| Allied Electronics, Inc. | |
|---|---|
| Product Category | Protective Sleeving |
| Product Number | 70139186 |
| Product Name | Heat Shrink Tubing, 1/4 in., 0.010 in.,2 to 1 @ 175 degC, -55 degC to 175 deg |
| Sleeving | Shrink Tubing; Heat Shrinkable Tubing |