Description
Military Grade, High Temperature, Oil Resistant Heat Shrinkable Identification Tags
Description
MTVLO-Military Grade, High Temperature, Oil Resistant Marker Tags are made by means of bombardment and cross-linking of the environmentally friendly polyolefin with high energy electron beams. MTVLO boasts amazingly high fluid resistance at high temperature for long time like JP-8 used for aviation fuel oil. Marker tags are non-adhesive that can be used to identify EMU for high-speed rails, subways, submarines and aerospace. Market tags are attached on large cables and wire bundles with cable ties and keep permanent identification.
Features
² Resistant to high temperature fuel oil, lubricating oil and other organic solvent
² Side entry Marker tags to big size cables and wire bundles retrofit and repair capability, without broken circuit and run down the machines.
² Easy installation: only standard cable tie-wraps are needed to install marker tags. No extra steps required
² High temperature resistance, rated temp. 135°C
² High flame retardant, VW-1
² ROHS compliant
² Permanent identification, No melting at high temperature, no brittle in low temperature
² Computer-printable, any characters and logo are easy to design.
Rated Temperature
Continuous operating temperature: -55°C~135°C/-67°F~275°F
Max. storage and transportation temp.: ≤50°C/122°F
Standards
American military standards AMS-DTL-23053/6, NF F 00-608
Color Code Soundness: SAE-AS 81531and MIL-STD-202F/215J
Dimension
| Order description | Width G(mm) | L Length(mm) | Printed Characters | Cable OD(mm) | |
| Height G | Length l | ||||
| MT-VLO-10.4-45/4- | 10.4 | 45 | 10.4 | 25 | 5.08~12.7 |
| MT-VLO-10.4-53/4- | 10.4 | 53 | 10.4 | 33 | 5.08~12.7 |
| MT-VLO-10.4-64/4- | 10.4 | 64 | 10.4 | 44 | 5.08~12.7 |
| MT-VLO-10.4-76/6- | 10.4 | 76 | 10.4 | 56 | 5.08~12.7 |
| MT-VLO-10.4-90/6- | 10.4 | 90 | 10.4 | 70 | 5.08~12.7 |
| MT-VLO-15.0-45/4- | 15.0 | 45 | 15.0 | 25 | 12.7~19.1 |
| MT-VLO-15.0-53/4- | 15.0 | 53 | 15.0 | 33 | 12.7~19.1 |
| MT-VLO-15.0-64/4- | 15.0 | 64 | 15.0 | 44 | 12.7~19.1 |
| MT-VLO-15.0-76/6- | 15.0 | 76 | 15.0 | 56 | 12.7~19.1 |
| MT-VLO-15.0-90/6- | 15.0 | 90 | 15.0 | 70 | 12.7~19.1 |
| MT-VLO-20.3-45/4- | 20.3 | 45 | 20.3 | 25 | 19.1~25.4 |
| MT-VLO-20.3-53/4- | 20.3 | 53 | 20.3 | 33 | 19.1~25.4 |
| MT-VLO-20.3-64/4- | 20.3 | 64 | 20.3 | 44 | 19.1~25.4 |
| MT-VLO-20.3-76/6- | 20.3 | 76 | 20.3 | 56 | 19.1~25.4 |
| MT-VLO-20.3-90/6- | 20.3 | 90 | 20.3 | 70 | 19.1~25.4 |
| MT-VLO-25.4-45/4- | 25.4 | 45 | 25.4 | 25 | >25.4 |
| MT-VLO-25.4-53/4- | 25.4 | 53 | 25.4 | 33 | >25.4 |
| MT-VLO-25.4-64/4- | 25.4 | 64 | 25.4 | 44 | >25.4 |
| MT-VLO-25.4-76/6- | 25.4 | 76 | 25.4 | 56 | >25.4 |
| MT-VLO-25.4-90/6- | 25.4 | 90 | 25.4 | 70 | >25.4 |
Physicochemical & Electrical Performance
| Performance | Indicators | Test Method | ||
| Typical properties | Unit | States | ||
| Tensile Strength | Mpa | Unaged | ≥13.8 | ASTM G 154, MIL-DTL-23053E ISO 37, 500mm/min 175°C, 168h, ISO188 |
| Heat aged/ After fluids/UV aged | ≥11.1 | |||
| Elongation at break | % | Unaged | ≥200 | |
| Heat aged/ After fluid | ≥100 | |||
| Secant Modulus | Mpa | Unaged | <173 | ASTM D 882 |
| Voltage Withstand | V | Unaged / After aged | 2500V, No breakdown in 60 sec. | IEC 243, ASTM G 154 175°C, 168h, ISO 188 |
| Dielectric Strength | MV/m | Before aged | ≥19.7 | |
| Heat aged/ After fluid/ UV aged | ≥15.8 | |||
| Volume Resistivity | Ω.cm | Unaged | ≥1014 | IEC 93 |
| Dielectric constant | – | Unaged | ≤3.2 | ASTM 150 |
| Water Absorption | – | Unaged | ≤0.5 | ASTM 570, 23°C, 24h |
| Bare Copper Corrosion | – | Unaged | No corrosion | 23°C, Rh 95±5%,24h 175°C,16h |
| Heat Shock | – | Unaged | No cracks, flowing, dripping | Wind to the specified mandrel, 225°C, 4h |
| Cold Flexibility | – | Unaged | No cracks | Wind to the specified mandrel, -30°C, 1h |
| Flammability | – | Unaged | VW-1 | IEC 60332-1-3 Ed.1.0 b:2004 |
| Smoke Density | – | Unaged | – | DIN 5510-2 |
| Toxcity Index | – | Unaged | – | BS 6853:1999 |