.png)
.png)
.png)
.png)
.png)
Pillar reinforcement technology does not require surface chipping and anchor drilling.
Slab reinforcement technology effectively reinforces with non-adherence method
This is a T-shape beam reinforce-ment technology that reinforces the shear strengthening steel to above the neutral axis
The central pillar was removed to maximally expand the central space, then the surrounding pillars were reinforced
The non-vibrating rock crushing technology crushes without noise or vibration with specially made hydraulic jacking device
Most of the existing methods uses installation of strut and using the strut to push, but Korea E&C's technology pulls from each side to improve construction and cost.
.png)
The bridge was reinforced from DB18 to DB24 due to the increase of car loads. We used the new construction technology no.222 on the lower part of the slab and used stainless steel wire mesh fixation with concrete nail, and finally finished it up with a polymer mortar. However, the slab of this bridge had a carbon fiber and they were easily removed by hand. The bridge reinforced with polymer mortar was assessed to have been successful a the result was DB18 originally to now DB24. After 6 months, we noticed a small crack due to polymer desquamation and the cracks gradually increased. The basic problem was that the coefficient of linier expansion of the polymer mortar was not similar to the concrete. This case shows how the adhesion method cannot guarantee the quality of the reinforcement.
During construction, the epoxy adhered carbon fiber breaks by hand
Stainless steel wire mesh adhered polymer mortar falls a part
After construction
.png)
.png)
.png)
.png)
