Tapered Manual 304 Stainless Steel Flagpole, Customized Thickened Wind-Resistant and Rust-Proof Flagpole for Schools and Enterprises

English Translation of Flagpole Introduction

As an outdoor identification and ceremonial facility, the core of a flagpole lies in its material durability and functional adaptability. Currently, stainless steel is the mainstream material, and it is widely used in scenarios such as enterprises, schools, construction sites, and government agencies.

1. Core Material: Stainless Steel as the Mainstream

? 304 Stainless Steel: It has high corrosion resistance, can resist outdoor moisture and rain erosion, and is suitable for long-term outdoor use (e.g., school campuses, enterprise main entrances). Its service life can reach 10-15 years.

? 201 Stainless Steel: It has lower cost and slightly lower corrosion resistance than 304. It is suitable for dry areas or scenarios with limited budgets (e.g., temporary construction sites, short-term event venues).

2. Common Types and Functions

? Elevating Flagpoles: Equipped with built-in/external flag ropes, they support manual or electric lifting, facilitating daily flag-raising and flag-changing. They are the most popular type currently.

? Fixed Flagpoles: Without a lifting structure, the flag is fixed at the top of the pole. They are suitable for scenarios where frequent flag replacement is not required (e.g., memorial signs).

? Tapered Flagpoles: The pole tapers gradually from bottom to top, with a simple and grand appearance and stronger wind resistance (capable of withstanding level 10-12 gales). Most are equipped with a 360-degree downwind ball top to prevent flag entanglement.

3. Mainstream Specifications and Suitable Scenarios

? 6-9 Meters: Suitable for schools and small enterprises, matched with No.1 or No.2 flags, with a moderate height that is not obtrusive.

? 10-12 Meters: Ideal for large enterprises, construction site project departments, and government squares, matched with No.0 or No.1 flags, featuring stronger visual identification.