Flexible and corrosion-resistant ducts ideal for curved tendon layouts and long-term durability in harsh environments. Manufactured from high-quality polymers for optimal performance. Suitable for both bonded and unbonded post-tensioning systems. Offers low friction loss for efficient stressing operations. Lightweight and easy to handle during installation. Resistant to chemicals and moisture ingress. Designed to meet international construction standards. Commonly used in bridges, flyovers, and high-rise structures.

Flat-profile ducts suited for slabs and beams, offering minimal cover requirements and high chemical resistance. Designed to provide structural flexibility in tight reinforcement areas. Ideal for pre-tensioned and post-tensioned applications. Reduces concrete cracking by efficient stress distribution. Offers excellent bond characteristics with concrete. Manufactured with precision for dimensional stability. Ensures long-lasting durability and ease of use. Widely adopted in commercial and industrial infrastructure.

Galvanized steel ducts engineered for structural strength and protection against mechanical damage during stressing. Offers superior rigidity and load-bearing capacity. Withstands extreme weather and construction conditions. Provides optimal protection against corrosion and rust. Suitable for heavy-duty post-tensioning tasks. Available in various diameters for project flexibility. Ensures minimal deformation during concrete pouring. Commonly used in tunnels and segmental bridges.

High-grip wedges designed to lock prestressing strands securely in place, ensuring no slippage under tension. Precision machined for tight tolerance fit. Compatible with a wide range of anchor systems. Surface treated for extended wear life. Available in multiple profiles and sizes. Offers quick and secure installation on-site. Designed to function under high-stress environments. Essential component in reliable anchorage systems.

Hydraulic jacks for controlled tensioning, compact design suitable for confined spaces and vertical applications. Operates with high accuracy and reliability. Equipped with safety valves for overload protection. Easy-to-operate design for on-site crews. Adaptable to both mono-strand and multi-strand systems. Requires minimal maintenance and servicing. Manufactured with robust components for durability. Supports efficient post-tensioning operations.

Engineered for connecting strands or bars with precise force transmission and ease of installation in the field. Eliminates the need for lap splicing. Offers superior mechanical interlock design. Saves reinforcement material and reduces congestion. Speeds up construction timelines effectively. Withstands high tension and compression forces. Corrosion-resistant finish ensures long life. Ideal for high-rise, bridge, and precast applications.

Efficiently inject grout to protect tendons and ensure bonding, available in manual and automated models. Delivers consistent pressure and flow rate. Portable and easy to maneuver on-site. Prevents voids in ducts ensuring integrity. Built for heavy-duty construction usage. Compatible with a range of grout mixes. Simplifies maintenance and cleaning process. Ensures reliable tendon protection post-stressing.

Includes jacking tools, accessories, and field gear for full prestressing support with rugged, site-ready performance. Provides comprehensive on-site functionality. Designed for durability in tough environments. Helps streamline construction processes. Suitable for various prestressing system types. Backed by technical support and training. Ensures worker safety and operational efficiency. Trusted by contractors for reliability and ease.