Segmental Shafts

Product Overview

We are connected in Making and Supplying of Segmental Shafts from Faridabad, Haryana, India. Precast concrete manholes are an integral component of any modern sewer system. Available in diverse sizes that suit the needs of our customers. Apart from this, can be availed from us at market leading price. The caisson method is suitable for soft soil conditions, where the shaft can be constructed above ground and pushed down from the surface using jacking force. The soil is then excavated from the inside and the smooth segmental linings are joined together by external fixings. The strong connections bolt together segment-to-segment and ring-to-ring, complete with gaskets, to form a finished shaft lining. The system retains all the benefits of strength, flexibility and speed of erection associated with a bolted ring, whilst providing the client with a safer system of working, by reducing man entry into the shaft and working at heights. The system also optimises site space during construction.

2025nd Year

Contact Person

Plot No. 12/3, 10th Floor, Tower A, Vatika Mindscapes, Sarai Khwaja, Mathura Road, Sector 37,

Product Description

We are connected in Making and Supplying of Segmental Shafts from Faridabad, Haryana, India. Precast concrete manholes are an integral component of any modern sewer system. Available in diverse sizes that suit the needs of our customers. Apart from this, can be availed from us at market leading price. The caisson method is suitable for soft soil conditions, where the shaft can be constructed above ground and pushed down from the surface using jacking force. The soil is then excavated from the inside and the smooth segmental linings are joined together by external fixings. The strong connections bolt together segment-to-segment and ring-to-ring, complete with gaskets, to form a finished shaft lining. The system retains all the benefits of strength, flexibility and speed of erection associated with a bolted ring, whilst providing the client with a safer system of working, by reducing man entry into the shaft and working at heights. The system also optimises site space during construction.