T150 Heavy-Duty Self-Drilling Anchor Bolt
T150 is a heavy-duty reinforcement solution designed for extreme geotechnical conditions and major engineering projects. With its extra-large cross-section, ultra-high load capacity, and exceptional rigidity, it provides superior resistance to deformation, buckling, and ground pressure for the most demanding applications.
T150 Heavy-Duty Self-Drilling Anchor Bolt Overview
The T150 Heavy-Duty Self-Drilling Anchor Bolt is designed for extreme geotechnical conditions and major engineering projects. With a 150 mm outer diameter, the T150 provides an ultimate load capacity of up to 8,400 kN and a yield load capacity of up to 5,600 kN. Its extra-large cross-section and high rigidity provide strong resistance to deformation, buckling, and ground pressure.
Product Specifications
Hollow Anchor Bar
| Size | Outer Dia. | Ultimate Load | Yield Load | Weight | |||||
| mm | in | kN | kips | kN | kips | kg/m | lbs/ft | ||
 |
SET150S | 150 | 5.91 | 8400 | 1890 | 5600 | 1260 | 108.00 | 72.58 |
| Note： 1. Customized products are available based on your specific requirements； 2. 1mm=0.03937in 1kN=0.225kips 1MPa=0.1450377ksi 1kg/m=0.672 lbs/ft |
|||||||||
Coupler
| Size | Outer Dia. | Length | Weight | Note | |||||
| mm | in | mm | in | kg | lbs | ||||
 |
SST150 | 194 | 7.64 | 300 | 11.81 | 32.00 | 70.40 | With sealing ring | |
Spherical Collar Nut
| Size | Key Size | Length | Weight | Note | |||||
| mm | in | mm | in | kg | lbs | Heat treatment | |||
 |
SST150 | 180 | 7.09 | 180 | 7.09 | 15.62 | 34.36 | ||
Flat Plate
| Size | Dimensions | Thickness | Hole Dia. | Weight | |||||
| mm | in | mm | in | mm | in | kg | lbs | ||
 |
SST150 | 400×400 | 15.75×15.75 | 110 | 4.33 | 165 | 6.50 | 119.00 | 261.80 |
Drill Bit
| Size | Outer Dia. | Application (Advice) | ||||||
| mm | in | |||||||
 |
ESS-F | Weathered rock, stone walls, rubble | ||||||
| SST150/300 | 300 | 11.81 | ||||||
T150 Anchor Bolt Applications
The T150 is suitable for heavy-duty ground reinforcement, deep anchoring, large-section structures, and other demanding projects requiring exceptionally high load-bearing capacity.
