The combination of spinning and pre-stressing used in the manufacturing process create concrete poles with the highest density, lowest weight and best strength-to-weight ratio of any pole type available.
The added advantage that the poles are essentially impervious to anything that nature and the elements can expose them to -rain, high winds, dust, salt-laden air, insects, erosion and corrosive soils. These makes TCPM concrete utility poles the ideal choice for any varied environments.
And it's good to know that TCPM poles are helping utilities suppliers discover the undisputed value of our spun concrete poles.
TCPM Concrete poles, serve as durable, long-lasting street light supports, offering stability against vibrations and resistance to environmental conditions like corrosion.
Their aesthetic versatility allows for customization to complement urban landscapes, while their multifunctional nature supports various applications beyond lighting, such as signage and traffic signals, making them a sustainable choice for city infrastructure.
TCPM Concrete poles can be alternatively used in Electric Railway infrastructure. Spun pre-stressed concrete poles are a sustainable and efficient choice for electric railway systems, offering enhanced longevity, minimal maintenance, and increased stability.
These poles are environmentally friendly, reducing the need for timber and avoiding the rust issues of steel, while also providing safety
benefits and cost savings over their lifecycle due to lower maintenance and replacement needs.
TTCPM’s spun pre-stressed concrete poles are a versatile and advantageous choice for communication infrastructures, offering superior durability and minimal maintenance due to their high-density, pore-free concrete that withstands environmental stressors.
Their stability is crucial for the reliability of communication lines, and they are environmentally beneficial, reducing the need for timber and avoiding steel’s corrosion issues.
Additionally, these poles provide safety benefits, are resistant to vandalism, and are cost-effective over their lifecycle due to lower maintenance and replacement costs.