shear connector is a critical structural component used in composite
construction to enhance the connection between concrete slabs and
steel beams or girders. By creating a strong bond, shear connectors effectively transfer shear forces between the materials, enabling them towork together as a unified system to support loads.
Commonly made from steel, these connectors are welded or fixed onto
the surface of steel members and embedded within the concrete, improving overall structural stability, load-bearing capacity, and resistance to slipping or separation under stress. They are widely used in bridges, buildings, and infrastructure projects to optimize performance and ensure safety.
Compliance
AWS D1.1 Sect.7
AASHTO/AWS D1.5 Sect.7
ISO 13918
JIS B1198
Min. 65.000 psi/Min. 450 MPA
Min. 60.000 psi/Min. 415 MPA
450 – 600N/mm2
400 – 550N/mm2
51.000 psi/350 MPA
50.000 psi/345 MPA
350 N/mm2
235 N/mm2
Material Stud: ASTM A29(A108) Grade 1010-1020
| Stud Dia. (D) | Panjang (L) | Part no. | A | H | Ferrule |
|---|---|---|---|---|---|
13 mm (1/2 inci) |
50mm 75mm 100mm 125mm 150mm |
200-013-050 200-013-075 200-013-100 200-013-125 200-013-150 |
8 mm |
25 mm |
100-013-007 |
16 mm (5/8 inch) |
75 mm 100 mm 125 mm 150 mm 175 mm |
200-016-075 200-016-100 200-016-125 200-016-150 200-016-175 |
8 mm |
32 mm |
100-016-007 100-016-009** |
19 mm (3/4 inci) |
75 mm 90 mm 100 mm 115 mm 125 mm 150 mm 175 mm 200 mm |
200-019-075 200-019-090 200-019-100 200-019-115 200-019-125 200-019-150 200-019-175 200-019-200 |
10 mm |
32 mm |
100-019-007 100-016-008 * 100-016-009** |
22 mm (7/8 inci) |
75 mm 100 mm 125 mm 150 mm 175 mm 200 mm 250 mm |
200-022-075 200-022-100 200-022-125 200-022-150 200-022-175 200-022-200 200-022-250 |
10 mm |
35 mm |
100-022-007 |
25,4 mm (1 inch) |
75 mm 100 mm 125 mm 150 mm 175 mm 200 mm 250 mm |
200-025-075 200-025-100 200-025-125 200-025-150 200-025-175 200-025-200 200-025-250 |
12.7 mm |
41 mm |
100-025-007 |
*Ferrule untuk Aplikasi Weld-thru Deck
**Ferrule untuk Aplikasi pada Permukaan Vertikal
Application
Enhances the connection between concrete slabs and steel beams, providing stronger load-bearing capabilities and ensuring the structure remains stable under stress.
Strengthens modern bridge systems by connecting steel beams with concrete decks, enabling a lighter structural profile while maintaining high performance under traffic loads.
Optimizes floor systems for buildings, reducing structural depth and increasing span lengths for cost-effective designs.
