Product Description

Transform your building’s exterior with Total Wall’s EIFS & Stucco Finish Coat in Pantina Swirl Ultra Coarse Texture. This premium finish coat is designed to provide a distinctive, textured appearance that adds depth and character to any facade. Engineered for both durability and visual impact, it is the perfect solution for those seeking a high-quality finish that will endure over time. Trust in Total Wall’s proven expertise for a product that delivers exceptional performance and an impressive finish.

Key Features

• Acrylic Water-Based Coating: Facilitates easy application and ensures a smooth finish.
• Long-Lasting and Weatherproof: Offers a robust exterior solution that stands up to the elements.
• Dirt Resistance: Features dirt-repellent properties that minimize maintenance.
• Non-Chalking: Preserves its appearance over time, without degradation.
• Breathable: Allows surfaces to breathe, not creating a vapor barrier.
• Environmental Compliance: Meets all necessary VOC and VOS requirements for eco-friendly construction.

Specifications

Frequently Asked Questions (FAQ)

Q: What surfaces can the Pantina Swirl Ultra Coarse Texture be applied to?
A: This finish coat is versatile and can be applied to various surfaces including concrete block, foam, wood, brick, and concrete.

Q: Does this product create a vapor barrier?
A: No, the finish coat is breathable and does not create a vapor barrier, allowing moisture to escape and preventing potential damage to the structure.

Q: Is the finish resistant to dirt and weather conditions?
A: Yes, it is designed to resist dirt pickup and withstand weather conditions, ensuring a long-lasting and low-maintenance exterior.

Q: Does the product comply with environmental regulations?
A: Absolutely, it meets all VOC and VOS requirements, affirming its status as an environmentally friendly choice for construction projects.

Q: How much area does one unit cover?
A: Each unit effectively covers approximately 160 square feet, although coverage may vary based on application technique and surface texture.