Water Resistance Test: PTS+ vs PIM+ vs Untreated Concrete
A visual demonstration of how PTS+ and PIM+ treatments protect concrete surfaces from liquid penetration.
Darell ChamberlainOur Water resistance test demonstrates the effectiveness of our concrete treatment solutions through a simple water penetration test comparing PTS+, PIM+, and untreated concrete samples.
The first image shows water droplets being applied to three different samples:
- On the PTS+ treated surface, the water beads up completely
- On the PIM+ treated surface, the water spreads out but cannot penetrate
- On the untreated surface, the water begins to soak in immediately
The second test reveals how different surfaces react to liquids:
- PTS+ treatment prevents any penetration of water, urine, acids, or cleaning products
- PIM+ treatment causes liquids to spread and either roll off or evaporate
- Untreated concrete allows immediate liquid absorption
The final results clearly demonstrate why proper concrete treatment is essential. While untreated concrete readily absorbs liquids and remains vulnerable to staining, both PTS+ and PIM+ treatments offer superior protection with different application benefits.
Practical Implications
This demonstration highlights why proper concrete treatment is crucial for:
- Protection against Water spills
- Prevention of liquid absorption
- Maintenance of surface integrity
- Enhanced durability of concrete structures
Both PTS+ and PIM+ treatments offer superior protection compared to untreated concrete, with each product providing specific advantages depending on the application requirements.