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Old Supermarket Strengthening & Repairing in Cambodia

Reasons for Strengthening the Old Supermaket
The existing supermarket building exhibits advanced structural aging and concrete degradation, with critical signs of distress:
Through-cracks observed on the soffit of reinforced concrete slabs, indicating loss of flexural stiffness and potential for crack propagation under service loads.
Degradation of concrete cover on beams and columns, leading to reduced cross-sectional capacity and increased risk of reinforcement corrosion.
Inadequate load-bearing reserve to accommodate updated operational loads (e.g., higher racking loads, MEP equipment upgrades) as per current commercial building standards.

Core Objectives
Damage Mitigation & Durability Enhancement. Arrest crack propagation in slabs and beams; restore structural integrity and prevent further concrete degradation.
Load-Carrying Capacity Upgrade. Increase the flexural and shear capacity of slabs, beams, and columns to meet revised design loads and ensure compliance with relevant building codes.
Safety & Resilience Improvement. Enhance the overall structural ductility and seismic resilience, aligning with modern safety standards for commercial occupancy.
Strengthening Methodology

| Component | Strengthening Technique | Technical Rationale |
|---|---|---|
| RC Beams | Carbon Fiber Reinforced Polymer (CFRP) laminates + Bonded steel plates | CFRP provides high-strength flexural reinforcement and crack control; bonded steel plates boost shear and flexural capacity for critical span sections. |
| RC Columns | Steel jacketing with epoxy | Forms a composite section to enhance axial load capacity, ductility, and seismic performance; epoxy ensures full bond between steel jacket and concrete core. |
| RC Slabs | CFRP fabric reinforcement applied to the soffit | Lightweight, high-tensile-strength solution to restore flexural stiffness, control crack growth, and minimize additional dead load. |

Specialized Strengthening Materials & Applications
| Material Grade | Application | Key Performance Attributes |
|---|---|---|
| HM-120 Steel Plate Adhesive | Bonding of steel plates to RC beams | Two-component, high-modulus epoxy adhesive; provides exceptional bond strength, fatigue resistance, and compatibility with structural steel and concrete substrates. |
| HM-120M Steel Jacketing Adhesive | Grouting interface between steel jacket and RC columns | High-flow, non-shrink grout-based adhesive; ensures uniform load transfer, excellent compressive strength, and long-term durability under cyclic loading. |
| HM-30 Carbon Fiber Reinforced Polymer (CFRP) Fabric | Flexural strengthening of slabs and selected beam regions | High-strength, lightweight unidirectional carbon fiber fabric; offers high tensile modulus and strain capacity, ideal for thin-section structural repair and upgrade. |
| HM-180C3P Carbon Fiber Adhesive | Impregnation and bonding of HM-30 CFRP fabric to concrete | Thixotropic, two-component epoxy resin; optimized for wet lay-up applications, ensuring full fiber saturation and durable bond to concrete surfaces. |

You can find anything here you are in need of, have a trust trying on these products, you will find the big difference after that.
High strength, unidirectional carbon fiber wrap pre-saturated to form a carbon fiber reinforced polymer (CFRP) wrap used to strengthen structural concrete elements.
High-strength anchor bolt with vinyl resin as main materials, composed of selected quartz sands, curing agents and glass tubes
Two-component epoxy modified epoxy structural strengthening adhesive for bonded steel plate to concrete