MOX-Tape 600-T Triangular Series Tape is produced in the form of a triangular cross section with a colored guideline running along the peak of the triangle. The guideline facilitates winding of the tape so minimum overlapping is obtained while maximum physical and electrical properties are retained. The tape is interleaved with a quick release film. It is self-bonding and self-fusing. After curing at room temperature for 24 hours, the tape forms an inseparable silicone layer that must be cut for removal.
This tape is red with a blue guideline, is 1 inch wide, 0.020 inch thick, and comes in a 12-yard roll. Red w/ Blue Guideline, Triangular,
FEATURES
- Resists moisture, oxygen, and ozone to assure continuous high insulation values.
- Conforms smoothly when wrapped around complex forms.
- Bonds at room temperature into a single inseparable layer after 24 hours.
- Remains non-tacky to the touch and does not adhere to other surfaces, or substrates.
- Insulates to specified value with single layer of heavier tape, thereby reducing labor time and cost.
- Resists vibration, heat, and mechanical shock as well as cavitation under corona and electrical fatigue.
- MOX-Tape is inherently flame retardant and when burned forms a non-conductive insulating ash.
- SA & SB MOX-Tapes provide a uniform thickness even around sharp edges dielectric strength remains constant.
- Glass cloth encapsulated inside the silicone rubber prevents wicking and maintains high insulation resistance under the highest humidity conditions.
- Controlled stretch tapes provide a uniform voltage barrier.
- All MOX-Tapes are protected by polyester interleaving
SPECIFICATIONS
Width:
1.0 in
Thickness:
0.020 in
Roll Length:
12 yd
Color:
Red
Dielectric Strength:
450 VPM Minimum
Shore A Hardness:
50 ± 10
Tensile Strength:
700 psi (min)
Elongation at Break:
350% (min)
Temperature Range:
-65° to 500°F
Volume Resistivity:
1013 Ω/cm (min)
Tackiness:
2 P.P.I
Military Specification:
A-A-59163 Cl I, Ty II, DMS 2186 Ty II, GE 3003M70PO1, MIL-I-46852C Type II, RMS 315 Ty II
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