Anchor Bolt for Building Construction
Product Description
Anchor bolts are used to connect structural and non-structural elements to the concrete. The connection is made by an assembling of different components such as: anchor bolts (also named fasteners), steel plates , stiffners. Anchor bolts transfer different types of load: tension forces and shear forces.A connection between structural elements can be represented by steel column attacched to reinforced concrete foundation. Whereas, a common case of non-structural element attached to a structural one is represented by the connection between a facade system and a reinforced concrete wall.
Parameter
ANCHOR BOLTS |
Size |
Packing |
Anchor Bolt with Nuts & Washers |
1/2 × 6" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 8" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 10" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 12" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 14" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 16" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 18" |
50 pcs/carton |
Anchor Bolt with Nuts & Washers |
1/2 × 24" |
50 pcs/carton |
Application
- Anchor bolts are commonly used in:
● steel structures
● lamp posts
● light poles
● pipe racks
● refineries -
-
Features
- Anchor bolts are essential because they help resist different types of loads, such as shear forces and bending moments, which can cause structural displacement and failure. By using anchor bolts, the following scenarios can be addressed:
1. Shear Forces: When a shear force is applied, anchor bolts prevent the structure from sliding or moving horizontally.
2. Bending Moments: Anchor bolts resist the uplift forces generated by bending moments. These forces can cause the structure to lift and detach from the foundation.To ensure the effectiveness of anchor bolts, two key factors must be considered:
1. Bolt Strength: The anchor bolt itself should be strong enough to withstand the applied forces without breaking or pulling apart.
2. Concrete Reinforcement: Reinforcement, such as steel bars, should be incorporated into the concrete to prevent cracking and enhance its ability to resist tension and shear forces.