Brief: Get an inside view of features that deliver consistent results in daily use. This video provides a detailed walkthrough of the 2.0mm Diameter Laser Printed Aluminum Cable Security Seal, showcasing its robust pull-tight locking mechanism, high tensile strength of 4.01 KN, and versatile applications in container and logistics security. See how laser printing ensures clear, tamper-proof identification and learn about its reliable performance in industrial settings.
Related Product Features:
Features a 2.0mm diameter galvanized steel cable for secure and durable fastening.
Laser printing on a 26*22mm markable area provides clear, permanent identification.
Pull-tight locking mechanism ensures easy application and tamper-evident security.
High tensile strength of 4.01 KN (409.18 KG) resists forced entry and breakage.
Constructed from aluminum alloy and galvanized steel wire for corrosion resistance.
Available in multiple colors including red, yellow, blue, green, and orange for coding.
Default exposed cable length of 300mm accommodates various container and truck uses.
Ideal for logistics containers, tankers, oil & gas transport, and packaging industries.
FAQs:
What is the tensile strength of this aluminum cable security seal?
The seal has a tensile strength of 4.01 KN, equivalent to 409.18 KG, providing high resistance to forced entry and ensuring reliable security for containers and shipments.
Can the seal be customized with identification marks?
Yes, the seal features a 26*22mm markable area that supports laser printing for clear, permanent customization such as logos, serial numbers, or barcodes for traceability.
What industries are these cable seals suitable for?
They are designed for logistics containers, tankers, van trucks, oil & gas transportation, and the packaging industry, offering tamper-evident security across various sectors.
What materials are used in the construction of the seal?
The seal is made from an aluminum alloy body and a galvanized steel wire cable, ensuring durability, strength, and resistance to corrosion in demanding environments.