EXCELLENT LONG TERM DURABILITY
B.K ENGINEERING CO.,LTD GRP Watertank is designed to maintain up to 70% of first physical property based on excellent raw material and product design technology for fifteen years.
|Earthquake||Horizontal Seismic Force kh=2/3G|
|Hydrostatic Load||Tank Height x 0.1kgf/㎠|
|Wind Load||Below 60m/sec|
|Water Temp.||Below 40℃|
Material Properties Test
Hydraulic Pressure Test
Specification of Optimum design Finite through Element Method(FEM) using computer and procurement of reliability through quality Maintenance of designed material property using instron and hydraulic pressure test.
Free Capacity Design
B.K ENGINEERING CO.,LTD GRP Water Tank is suitable for large-size reservoirs as its structure utilizes horizontal and vertical spaces at the maximum through the use of diverse size of panels
PREVENTION OF BASE PANEL WATER LEAKAGE
B.K ENGINEERING CO.,LTD GRP Water Tank is designed panel through exact FEM 3D simulation with optimum thickness and shape and completely prevented the leakage can be panel deformation, cracks and others due to water pressure.
The water pressure make by filling the tank seals, The joints preventing leakage.
Excellent Water Tightness
Above 95% of thickness restoration in the early stage by compressing sealant.
Excellent Thermal Effects
Excellent Insulation from SMC material, Polyurethane Insulation Foam prevent freezing and dew condensation due to the excellent thermal effect with three layer insulation structure of insulation material and cover and minimization of water temperature changes according to the environmental temperature change.
Layer structure of insulation panel is consist of SMC Panel,Polyurethane and SMC Cover or vacuum molding product cover.
The Cleaning work of water tank is very easy because drainage is in the bottom and for manhole panel, the entrance is easy, maintenance is also convenient.
Bottom Drainage System
The panel combination allows the tank to be drained to a lower elevation rapidly and completely. The special convex base panel is so designed that any increase in water pressure as the volume of water increase is distributed to and is contracted at the panel joints.