<br>calmlife.click The invention accordingly comprises the a number of steps and the relation of such steps with each of the others and the options of development, combination of elements and arrangement of components which shall be exemplified in the development hereinafter set forth and the scope of the invention can be indicated within the claims. FIG. 2 is a scrap view with components damaged away exhibiting the bedding and binding tape in the FIG. 1 cable in greater element. An additional object of the invention is to provide a bedding and binding tape which is comparatively economical to manufacture. Therefore, the thickness and, therefore, weight of the tape as an entire are less than these of conventional service entrance cable tape incorporating a natural or artificial rubber barrier layer which is calendered directly onto the scrim. Consequently, even after it has been in roll form for a relatively very long time, the tape could also be pulled from the roll without "pickoff" of the movie from the scrim. Also, the unvulcanized rubber-coated glass cloth is utilized to the conductors in the form of tape which is unwound from a roll. In actual observe, the barrier layer tends to "pick off" from the cloth as the tape is unwound from the roll and it additionally undergoes a certain quantity of cold move.<br>
<br> To make the tape, the relatively low viscosity adhesive 26 is coated onto the polyester movie utilizing a standard coating roll set for minimal applied strain. Turning now to FIG. 2, tape 14 is comprised of a 20 × 10 open weave glass fiber cloth or scrim 22. A steady movie 24 manufactured from polyester, such as that offered below the tradename "Mylar," is bonded to the scrim using a comparatively low viscosity hearth-retardant plastic laminate adhesive 26. Suitable adhesive materials include acrylic, acrylic-polyvinyl chloride copolymers and polyurethane. It has been found that the glass fibers in scrim are inclined to crack when subjected to high pressures similar to those encountered throughout a typical calendering operation. A barrier layer within the form of a skim coat of flame-retardant unvulcanized polychloroprene is calendered on the glass cloth and at last an outer jacket of artificial rubber is extruded in place onto the tapered conductors and fused to the underlying barrier layer. An outer jacket 18 of a waterproof resinous material equivalent to polyvinyl chloride, neoprene, or the like, is extruded in situ over the wrapped conductors, thus completing the cable 10. As can be seen presently, the tape 14 and jacket 18 together kind a double continuous insulating barrier which is considerably impervious to moisture and the weather.<br>
<br> Finally, an outer resinous jacket is extruded in situ over the taped conductors, thereby forming a second continuous barrier or movie around the conductors. DC68 Spray to protect retards fireplace and prevents the unfold of flame over the handled area. DC68 Spray to guard won't affect look, feel or ventilation . That prior type of cable is disadvantaged too because the unvulcanized barrier layer is not utterly steady