|Minimum Operating Temperature||-40 ° F (-40 ° C )|
|Maximum Operating Temperature||350 ° F (177 ° C )|
|Shape of Installation||Round|
|Cable Diameter||1.0" 1.25" 1.5" 1.75" 2.0" 2.25" 2.5" 2.75" 3.0"|
|Unit Length||Custom Length|
|Closure||Sewn - Kevlar (Natural)|
|Seam Placement||Inside Seam|
|Temperature Range||-50° to 180°C (-58° to 356°F)|
|Tear Strength||>350 daN/50 mm (warp) | >250 daN/50 mm (fill)|
|Material||Spun para-Aramid filaments|
|Breaking Strength||16 lbs-min|
|Finish||Soft, No bonding|
|Temperature||210°C max. operational Short spikes to 250°C Decomposition at 448°C|
|Flame Retardant||Decomposes at 448°C|
Specifications subject to change without notice. All statements and technical information contained herein are based on tests we believe to be reliable, but the accuracy or completeness is not guaranteed under all circumstances. Before using Zippertubing® products, the user shall determine suitabilituriy for the intended use, and user assumes all responsibility for improper selection. Published attenuation values of Zippertubing® shielding have been verified by laboratory testing of the respective shielding materials. Actual installed attenuation values may differ due to installation techniques and final assembly operation parameters which are beyond the control of Zippertubing®. Actual attenuation values can only be determined by the end user testing the completed assembly. U.S. and International Patents and patents pending. © 2018 The Zippertubing® Company, Chandler, Arizona.
ZTT (ALP-500) uses a high-temperature, fire retardant jacketing material made from a light-weight, woven, fiberglass cloth that is coated with a white Polyurethane on one side and a reflective Aluminum on the other side. The (ALP-500) jacketing material is capable of withstanding short burst exposures of temperatures up to 1200°F, and it is ready to take on some of the most abrasive environments.
The complete product is inversely sewn in a tear-drop shape, using a “lock-stitch” with a high-temperature, mil-spec Kevlar thread. This specific Kevlar thread is considered to be one of the most durable threads on the market today, resistant to bacteria, mildew, abrasion, age, and short-term heat exposure. During the sewing process, the product is turned inside out so that there are no edges when assembled, which reduces abrasion damage during installation.
Combining both of these high-temperature materials into one product produces an operational up to 350.6°F, durable, 360° thermal protection product that is the perfect choice for applications that require high-temperature, pull-through, cable abrasion protection.
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