Adjustable Shoring Bar Zinc Plated with Handles – F Type

Description

F-type galvanized strap handle adjustable support rod
📋 Basic Introduction
This product is the Adjustable Shoring Bar Zinc Plated with Handles – F Type, produced by VANGUARD INDUSTRIAL. It is an F-type zinc-plated adjustable support rod with handles, commonly used as a temporary support component in construction scenarios.
Main material: The overall body has undergone galvanizing and rust-proof treatment, forming a dense zinc layer on the surface for protection. This effectively resists the humid environment and water vapor corrosion on construction sites, extending the lifespan for outdoor use.
Structural design: The pole body features multiple sets of positioning adjustment holes, paired with telescopic nesting structures at both ends, allowing for a wide range of length adjustments. Additionally, two U-shaped operating handles have been added to the pole body, facilitating quick handling and alignment installation by a single person.
🔍 Core User Instructions
Length adjustment: According to the spacing required for support, stretch the inner and outer nested rods to the corresponding length, align the positioning holes on the rod body, insert the matching safety pin to lock it, and confirm that there is no looseness before installation.
Counter-position installation: Using the two U-shaped handles on the rod, clamp the ends of the support rod into the desired support points, adjust until both ends fully fit the bearing surface, and ensure even support force distribution.
Application Scenario: Primarily used for temporary support of formwork and steel structural components in construction, it can also serve as a temporary adjustable support in warehousing and equipment installation scenarios to prevent component displacement and deformation.
Safety note: Before use, check that the galvanized layer is free from large-scale damage and the positioning holes are not deformed. It is strictly prohibited to use beyond the rated load capacity to avoid potential safety hazards caused by support failure.