Basic Info
An ultra-high-strength special utility pole. By adding steel fibers, the toughness of concrete is greatly improved. It is mainly used to replace steel towers in critical pole positions.
Customer reviews
Ryan Lee · Procurement Manager for Large Infrastructure Projects
We procured various utility poles from your company for a port expansion project. Both your prestressed and non-prestressed products maintained consistently high quality. Their excellent corrosion resistance is particularly suited to the coastal salt-spray environment here, resolving our previous durability concerns with other materials.
David Wilson · Transmission Line Construction Foreman
We used your company's prestressed concrete utility poles for our mountain power line project. Their exceptional crack and bending resistance was impressive. Even on steep terrain with long spans, the poles demonstrated high stability and strength, fully meeting our demanding engineering standards.
Sarah Johnson · Telecommunications Network Planning Engineer
We extensively used your company's prestressed concrete poles in our recent fiber-optic network expansion. They effectively support the load of multiple fiber cables, showing almost no long-term bending or deformation. Their superior crack resistance ensures the long-term safety of our suspended network facilities, significantly reducing maintenance risks.
Product Description
Product Features:
As a high-end technical product among concrete utility poles, short-cut steel fibers are randomly distributed in the concrete to form a three-dimensional reinforced network—like the "bones of concrete." This drastically improves the brittleness of concrete, bringing a qualitative leap in its crack resistance, toughness, impact resistance, and fatigue resistance.

Product Specifications:
Its crack test bending moment is much higher than that of ordinary utility poles, reaching more than 1.5 times that of ordinary poles of the same specification. It is usually used in conjunction with prestressed or non-prestressed steel bars. The production process requires strict control over the dosage and distribution of steel fibers as well as the workability of concrete.

Product Applications:
Mainly used in critical pole positions of 110kV/220kV power lines (e.g., terminal poles and corner poles) to directly replace small steel towers, saving costs and line corridor space. It also serves as a reinforced pole for crossing critical facilities (e.g., railways and expressways). In fields with extreme safety requirements such as military and nuclear power, it is used as a structural pole.