TESTE DE PERFURAÇÃO DE MANTA ASFALTICA X BEBOLD 356

Summary

This video compares traditional asphalt membrane systems with innovative elastomeric and thermoplastic systems, such as Bbold. The test highlights the difference in performance, showcasing how asphalt membranes lack elasticity, break under stress, and fail to return to their original form. In contrast, Bbold demonstrates high elastic recovery, strong adhesion, and superior waterproofing capabilities. Further tests with water leakage emphasize the resilience and seamless application of Bbold, which can cure in wet conditions and even underwater. This new generation of impermeabilizing systems represents a significant evolution in construction, offering greater durability and adaptability.

Takeaways

• 😀 The script compares traditional asphalt membranes with a new thermoplastic system and a liquid curing system that becomes a thermoset with high elasticity.
• 😀 The asphalt membrane lacks elasticity, breaking when stretched, while the thermoplastic system demonstrates high elastic recovery.
• 😀 The new system, known as 'bbold', is highly elastic and offers excellent adhesion, which enhances waterproofing.
• 😀 The bbold system has a remarkable ability to recover elasticity after deformation, making it more resilient than traditional asphalt membranes.
• 😀 A demonstration shows that the asphalt membrane cracks when compressed, while the bbold system demonstrates excellent resilience under the same pressure.
• 😀 A comparative test is conducted by placing both asphalt and bbold membranes in plastic cups with a hole. Water leakage occurs faster with the asphalt membrane.
• 😀 The asphalt system, after being perforated, continues to leak, while the bbold system manages to stop the leak even after being pierced.
• 😀 The bbold system is described as a revolutionary waterproofing solution, as it doesn’t rely on seams, offering a more reliable and durable solution.
• 😀 The bbold system can be applied in wet conditions and even underwater, making it versatile and efficient in different environments.
• 😀 The bbold system cures in humid conditions, offering an advantage over traditional systems that require dry conditions for application and curing.

Q & A

What is the purpose of the comparative test described in the script?

The purpose of the comparative test is to highlight the differences between traditional asphalt membranes and the BBold thermoplastic system in terms of elasticity, waterproofing, and overall performance.

How does the asphalt membrane behave during the test?

During the test, the asphalt membrane stretches but fails to return to its original shape, breaking upon further stretching. It does not exhibit elastic properties.

What is the key characteristic of the BBold thermoplastic system demonstrated in the test?

The key characteristic of the BBold thermoplastic system is its high elastic recovery, meaning it stretches and returns to its original shape without breaking, demonstrating excellent resilience.

What does the test with the asphalt membrane and BBold system show about their waterproofing capabilities?

The test shows that once the asphalt membrane is punctured, water leaks immediately, highlighting its failure to resist water infiltration. In contrast, the BBold system does not allow water to leak, even after being punctured multiple times.

What makes BBold superior to the asphalt membrane system in waterproofing?

BBold is superior because it maintains its integrity, prevents leaks even under stress, and features elastic recovery, which ensures a higher level of waterproofing and durability compared to the asphalt membrane.

Can the BBold system be applied in wet or underwater conditions?

Yes, the BBold system can be applied on damp surfaces and even underwater, which is a significant advantage over traditional systems like the asphalt membrane.

What is the role of elasticity in waterproofing systems like BBold?

Elasticity plays a crucial role in waterproofing systems by allowing the material to stretch without breaking, returning to its original shape. This helps the system maintain a tight seal and prevent water leaks over time.

What makes the BBold system different from traditional waterproofing systems?

The BBold system is different because it has no seams, is highly elastic, and can be applied in challenging conditions like wet or underwater surfaces. These features make it a more versatile and durable solution compared to traditional asphalt membranes.

How does the BBold system's ability to cure in damp or underwater conditions benefit construction projects?

The ability to cure in damp or underwater conditions allows the BBold system to be applied in a wider range of environments, ensuring effective waterproofing in situations where traditional systems would fail or require specific dry conditions.

Why is there no leakage in the BBold system even after repeated punctures?

The BBold system's unique formulation allows it to maintain its waterproofing ability, even after punctures. Its high elasticity and adhesive properties ensure that it self-seals and prevents water from infiltrating the punctured areas.