Reliabilty through Life
ANCHORS
### Introduction to Our Post-Tensioned Anchors
We are proud to introduce our top-of-the-line post-tensioned anchors for slabs and beams. Developed through advanced research and rigorous testing, these anchors are crafted from high-strength steel to ensure exceptional durability and performance.
#### Key Features
- **Advanced Research**: Our anchors are the result of cutting-edge research and comprehensive testing, ensuring they meet the highest industry standards.
- **High-Strength Steel**: Constructed from superior-grade steel, our anchors provide unmatched strength and reliability.
- **Lifetime Guarantee**: We stand by our product with a lifetime guarantee, ensuring long-term performance and peace of mind.
- **Versatile Applications**: Suitable for a wide range of post-tensioned concrete applications, our anchors are designed for ease of installation and optimal performance.
- **Multi-Strand Capacity**: We supply anchors that can accommodate up to 5 strands, providing flexibility for various project needs.
Enhance the strength and stability of your post-tensioned structures with our advanced anchors. Experience the difference in quality and performance with our reliable, high-strength solutions. Choose our post-tensioned anchors for your next project and build with confidence.
Trusted by Most Leading Builders
Renowned for their exceptional reliability, ensure unwavering performance and peace of mind for the most demanding construction projects.
We proudly introduce our top-of-the-line post-tensioned anchors for slabs and beams, trusted by leading builders for their unparalleled reliability. Developed through advanced research and rigorous testing, these anchors are crafted from high-strength steel to ensure exceptional durability and performance, and they come with a lifetime guarantee. Enhance the strength and stability of your post-tensioned structures with our advanced anchors and experience the quality trusted by construction professionals.
The Safety You Need
Certified by both research and testings
We employ nonlinear finite element analysis (FEA) to study and confirm the stress distribution in both the anchorage body and the surrounding concrete within the local zone. This analysis allows us to accurately capture the complex interactions between the anchorage and the concrete, ensuring a detailed understanding of the stress concentrations and distribution patterns. The model also incorporates a helical reinforcement (helix) to account for the confinement effect in the local concrete zone behind the anchorage, enhancing the accuracy of the stress predictions and reflecting the improved strength and performance of the confined concrete.
