Steel
Features
- Grades and Classes
- Diameter range
- Bendability and Workability
Benefits
- Offers different strength options for various structural requirements.
- Provides flexibility in design and allows use in different structural applications.
- Facilitates easy shaping and fitting into specific forms or angles for complex designs.
Specifications
- Grades – Fe 550, Fe 550D, Fe 600
- Sizes – 8, 10, 12, 16, 20, 25 mm
- Can be bent or cut without loss of strength, depending on grade.
πΉUpgrade to 135Β° Stirrups β Stronger, Safer, Smarter!
Are you still using 90Β° stirrups just because 135Β° hooks seem difficult to bind? Think again! π‘
With our precision-machined stirrups, you get a perfect finish, stronger reinforcement, and faster installation β all while saving time and labor costs!
π Why 135Β° Hooks? The Game-Changer!
| Feature | 90Β° Stirrups β | 135Β° Stirrups β |
| Anchorage Strength | Weak grip, prone to slippage. | Strong anchorage, no slippage. |
| Seismic Resistance | Not recommended for earthquake-prone areas. | Essential for seismic safety. |
| Structural Integrity | May lead to cracks or failure in beams/columns. | Enhances durability & stability. |
| Compliance | May not meet modern building codes. | Meets IS 456 & IS 13920 standards. |
| Ease of Binding | Easier to tie but less effective. | Slightly harder to bind but far superior in performance. |
| Best For | Small, low-load structures. | Large, high-load & earthquake-resistant buildings. |
π οΈ We Make It EASY for You!
Our advanced machinery bends stirrups at a perfect 135Β° angleβso you donβt have to struggle with manual binding!
β¨ Perfect shape & finish
β¨ Zero material waste
β¨ Faster, hassle-free installation
π Donβt Compromise on Strength β Call Now!
Manual vs. Machine Rebar Bending
π·ββοΈ Still bending rods manually? See how machinery can revolutionize your workflow!
| Feature | π§ Manual Bending | π€ Machine Bending |
| β‘ Speed | Slow & time-consuming | 5x faster production |
| π― Precision | Inconsistent bends | Accurate & uniform results |
| πͺ Labor Effort | High physical strain | Minimal effort required |
| πΈ Cost Efficiency | More labor & material waste | Lower costs, less waste |
| π¦Ί Safety | Higher risk of injury | Safe & compliant |

