Windowsill Bathroom Roof Concrete Cracks Bathroom Partition Wall Podium Planter Efflorescence Air Conditioner Windowsill Concrete Spalling Exterior Walls to Interior Walls Upper Floor to Ceiling Lift Pit & Car Park Slide

Efflorescence typically appears as white powdery or solid crystalline salts, but it can also manifest in shades of brown or green. It directly impacts the appearance of buildings, is prone to spreading, and is challenging to eradicate. If left untreated for an extended period, severe efflorescence can gradually damage paint surfaces, subsequently affecting the structural integrity of walls, hence the term "wall cancer." In reinforced concrete structures, it may even lead to corrosion of the reinforcement bars, and paint delamination, impacting the health and longevity of the building.

Efflorescence

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Efflorescence (wall cancer) is caused by minor water seepage and occurs in materials like concrete, bricks, etc. The formation process is as follows:

The surface dampness of efflorescence can promote mold growth. (Note: Using fungicides to treat efflorescence is a misconception. As long as there is no water seepage, mold cannot survive = dies) Additionally, it can indirectly affect the respiratory system of individuals, leading to respiratory diseases such as asthma or allergic rhinitis.

Impact on the human body

Acidic moisture
entering the wall

Breaking down
hardened concrete

Causing the precipitation of chemical substances (such as calcium, magnesium salts)

Concrete reacts with carbon dioxide (CO₂) in the air

Resulting in the formation of white calcium carbonate crystals, which is a deterioration phenomenon

Slide

Common treatment methods

1 . Waterproofing the exterior walls to address water seepage 
2 . Water absorption from the interior walls

As for areas where efflorescence has formed, they need to be cleared. After clearing, the surface needs to be adjusted, protected, and repainted

**If you only want to remove surface efflorescence, you can use CG700 Efflorescence Dissolving Cleaner**

Common treatment methods

1 . Waterproofing the exterior walls to address water seepage 
2 . Water absorption from the interior walls

As for areas where efflorescence has formed, they need to be cleared. After clearing, the surface needs to be adjusted, protected, and repainted

**If you only want to remove surface efflorescence, you can use CG700 Efflorescence Dissolving Cleaner**

Common treatment methods

1 . Waterproofing the exterior walls to address water seepage 
2 . Water absorption from the interior walls

As for areas where efflorescence has formed, they need to be cleared. After clearing, the surface needs to be adjusted, protected, and repainted

**If you only want to remove surface efflorescence, you can use CG700 Efflorescence Dissolving Cleaner**
Slide

Generally, efflorescence is categorized into three types: dry, wet, and crystalline salts. Common warning signs, characteristics, and causes are as follows:

Dry Efflorescence

Wet Efflorescence

Crystalline Salts

Common warning signs, characteristics, and causes

Common locations

Common locations

Common warning signs, characteristics, and causes

Common location

Common warning signs, characteristics, and causes

  • Common on walls painted with cement, moisture seeps from the outside inwards without distinct leakage points or watermarks.
  • Appearance of powdery or filamentous white mold
  • This leads to unsightly wall appearances and peeling of cement paint. Despite scraping and repainting, it continues to regrow, forming the common efflorescence
  • It flows out through wall cracks or tile gaps with noticeable water droplets, white watermarks, or thick calcium carbonate, also known as "efflorescence."
  • Mainly composed of soluble salts such as sulfates or chlorides
  • These substances do not originate from the concrete itself; they may come from contaminated water or mixing materials during the mixing process or infiltrate the structure
  • Concrete strength decreases, leading to crumbling
  • If sulfates are present, they may cause sulfate attack on the concrete; chloride salts can corrode the steel reinforcement, both of which can reduce the lifespan of the building

Exterior
Wall

Bathroom
Wall

Wall
Corners

Basement

Ceiling

Walls with noticeable cracks or nail holes

Walls near lwater supply and drainage pipes

Brickwork or areas with fewer surface cracks

*Concentrated on walls in contact with external sources of water

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waterproofing product

Product Selling Points

Penetrates effectively into the concrete to a depth of approximately 40mm

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Material
Quick
Drying
Barrier
Against
Infiltration

High
Permeability

Slide Nano-penetrating concrete
waterproofing product

Prevent moisture, dust, oil stains, grease, and acidic substances from infiltrating, while also protecting concrete from chlorides and air pollutants

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Product Selling Points

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Material
Quick
Drying

Barrier
Against
Infiltration

High
Permeability
Slide Nano-penetrating concrete
waterproofing product

It fully dries and hardens into crystals within 21-28 days, effectively preventing water from seeping into cracks and accumulating beneath the surface

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Product Selling Points

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Material

Quick
Drying

Barrier
Against
Infiltration
High
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waterproofing product

Derived from natural minerals, environmentally friendly, colorless, odorless, non-toxic, safe, and easy to use

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Product Selling Points

keyboard_arrow_right

Natural
Material

Quick
Drying
Barrier
Against
Infiltration
High
Permeability
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