Product Description

The 9 Meter PSC Pole represents the pinnacle of heavy-duty infrastructure solutions, designed for high-tension power transmission lines, road lighting, and large-scale utility installations. These poles utilize advanced pre-stressed concrete technology, incorporating high-quality cement and pre-tensioned steel wires for exceptional strength and durability.

With a larger diameter and higher transverse load capacity compared to the 8 Meter version, these poles are tailored to meet the challenges of demanding projects. Their robust construction ensures they can endure high wind loads, extreme weather, and heavy electrical or lighting equipment without compromising structural integrity.

Product Include

About Products

The 9 Meter Pre-Stressed Concrete (PSC) Pole is designed to meet the demanding requirements of heavy-duty power transmission and distribution. With superior structural integrity, these poles ensure long-lasting performance, even in adverse weather conditions. They are manufactured to strict quality standards, making them a trusted choice for infrastructure projects.

Features

Enhanced length and base width to improve stability under heavy loads. Resistance to corrosion, moisture, and fire, making them suitable for diverse terrains.

Designed for easy integration with accessories such as cross-arms, brackets, and insulators.

Ideal for locations requiring extended spans between poles, reducing the overall quantity needed for projects.

Product Review

Superior Load-Bearing Capacity:

The 9 Meter PSC Poles are widely recognized for their ability to support high-tension transmission lines and heavy electrical equipment. Engineers and utility companies often recommend them for their exceptional structural integrity.

Long-Term Reliability:

Customers value the long service life of these poles, even in extreme weather conditions. Their resistance to corrosion and wear ensures consistent performance, making them a trusted choice for infrastructure projects. including extreme heat humidity, and corrosive conditions.

with no visible degradation over time.