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Highlights at a glance
✓Category: Construction Materials
✓Made in Thane, MH, India
✓Certified: THERMEX, ISO, Bureau of Indian Standards
About this item
High yield strength and tensile strength
Maximum ductility for high-load and seismic resistance
Very high fatigue resistance
Superior corrosion resistance
Controlled chemical properties for enhanced performance
Description
Maximum strength meets maximum ductility.
- **Yield Strength (Nmm²) Min:** 550
- **Tensile Strength (Nmm²) Min:** 600
- **Elongation (%):** 14.5
- **Total elongation percentage at maximum force:** > 7%
- **Ductility:** Higher ductility due to controlled chemical properties
- **Bendability:** Surpasses the parameter on correct mandrel
- **Corrosion Resistance:** Prolongs Corrosion
- **Fatigue Resistance:** Very High
- **Earthquake Resistance:** Higher than FE 500D
- **Usage:** Suitable for high-load structures requiring higher ductility and seismic resistance
- **Cost:** Higher than FE550 due to ductility benefits
Regency TMT FE550D
Maximum strength meets maximum ductility.
Specifications
Yield Strength (Nmm²) Min: 550
Tensile Strength (Nmm²) Min: 600
Elongation (%): 14.5
Total elongation percentage at maximum force: > 7%
Ductility: Higher ductility due to controlled chemical properties
Bendability: Surpasses the parameter on correct mandrel
Corrosion Resistance: Prolongs Corrosion
Fatigue Resistance: Very High
Earthquake Resistance: Higher than FE 500D
Usage: Suitable for high-load structures requiring higher ductility and seismic resistance
Cost: Higher than FE550 due to ductility benefits
Key attributes
Category
Construction Materials
Place of origin
Thane, MH, India
Certificates
THERMEX
ISO
Bureau of Indian Standards
BIS
ISI Certificate
Reviews
Questions & answers
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