Lockout Hasp Portable Point Controlled Splicing Repeatable Label Porous Lockout Tagout Hasp

Feature: 1. [Aluminum Oxide] The lock body is made of oxidized aluminum alloy and super oxidized aluminum alloy. The thickness can effectively improve the strength and prevent the buckle from being damaged or prying open. 2. [Anti Corrosion] Aluminum alloy has low density, good mechanical properties, good processing properties, non toxic, easy to recycle, electrical conductivity, and excellent corrosion resistance. 3. [Repeatable Writing] The label can be written repeatedly, the design is novel, and the traditional buckle is integrated with the label. Pencils, ballpoint pens, markers and other repetitive books can be used. 4. [Point Controlled Splicing Design] Point controlled splicing design, structural engineering design is simple to beautiful, point controlled splicing, 360 degrees rotation. 5. [Applicable Scenarios] Industry, oil and gas, chemical industry, electric power, nuclear energy, logistics and transportation, machine manufacturing. Specification: Item Type: Lockout Hasp Material: Strong Oxidized Aluminum Alloy Model: HSS01 Uses: Industry, Oil and Gas, Chemical Industry, Electric Power, Nuclear Energy, Logistics and Transportation, Machine Manufacturing. Package List: 1 x Lockout Hasp[Aluminum Oxide] The lock body is made of oxidized aluminum alloy and super oxidized aluminum alloy. The thickness can effectively improve the strength and prevent the buckle from being damaged or prying open. [Anti Corrosion] Aluminum alloy has low density, good mechanical properties, good processing properties, non toxic, easy to recycle, electrical conductivity, and excellent corrosion resistance. [Repeatable Writing] The label can be written repeatedly, the design is novel, and the traditional buckle is integrated with the label. Pencils, ballpoint pens, markers and other repetitive books can be used. [Point Controlled Splicing Design] Point controlled splicing design, structural engineering design is simple to beautiful, point controlled splicing, 360 degrees rotation. [Applicable Scenarios] Industry, oil and gas, chemical industry, electric power, nuclear energy, logistics and transportation, machine manufacturing.