Concrete Waterproofing
The Power of Crystalline Silicate Technology (First in Taiwan!)
Tired of persistent leaks and unsightly mold on your building’s exterior?
At Rons Co., Ltd, we’re proud to offer a groundbreaking solution: Taiwan’s first and only crystalline silicate-based waterproofing additives for concrete. This innovative technology delivers unmatched protection and lasting results for your building.
Why Choose Our Crystallizing Silicate Additives?
- Pioneering Innovation in Taiwan: We are the first company to introduce the crystalline silcate-based waterproofing product in Taiwan.
- Unmatched Effectiveness: Our silicate-based formula penetrates deep into concrete, forming a permanent crystalline barrier that stops water infiltration at its source.
- Long-Lasting Reliability: Unlike temporary coatings, our additives become an integral part of the concrete, ensuring decades of worry-free waterproofing.
- Competitive Cost: We offer exceptional value for your investment. Our product is competitively priced while delivering superior performance.
- Simple Application: Our crystalline additives are easy to incorporate into new concrete mixes or mortar applications, saving you time and labor costs.
More Than Waterproofing: A Complete Restoration System
Our solution goes beyond just stopping leaks. It can be part of a comprehensive system for refreshing your building’s exterior:
- Mold Removal: Before applying any waterproofing solution, it’s crucial to address existing mold problems. We recommend consulting a professional for proper mold removal to ensure a healthy environment.
- New Layer Application: Once the mold is eradicated, a new layer of concrete or mortar can be applied to the exterior walls. By incorporating our crystalline waterproofing additives into this new layer, you create a long-lasting barrier against future water intrusion and mold growth.
- Beautiful and Protected Walls: With the waterproofing layer in place, you can confidently paint the exterior walls, knowing the new finish will be shielded from moisture damage and the reappearance of mold.
