Sheeldify Mayershield Pro Breathable Self-Adhesive Temporary Floor Protection

아마존 달러(USD) 가격을 각 날짜의 환율로 원화 환산해 표시합니다. 현재 환율 $1 = ₩1,478 (2026-07-23 기준)

상품 특징

• Mayershield Pro features a breathable core with a tested air permeability of 497g/(m²·24h), allowing moisture vapor to escape efficiently and helping reduce moisture accumulation beneath the protective covering. Since 2024, the Mayershield series has continued to evolve, and the Pro version represents the second-generation self-adhesive floor protection solution developed by Sheeldify
• It also provides a waterproof barrier performance of 4.10 × 10⁻⁹ kg/(s·m²·Pa), helping reduce the risk of liquid penetration from paint, water, and common construction spills while maintaining breathability
• The low-tack self-adhesive system installs quickly without additional tape and is designed to remain in place during normal jobsite use. When applied to properly cured surfaces, it is designed for clean removal after extended use, helping simplify project clean up
• Built with an advanced 3-layer protection structure, it combines a spray-coated nonwoven top layer, breathable waterproof core, and adhesive backing to provide a balanced combination of durability, breathability, and surface coverage
• The reinforced nonwoven surface delivers a tested tensile strength of 170N/25mm, helping resist tearing caused by tool movement, equipment handling, and frequent foot traffic in active work environments
• The textured surface is designed to improve traction underfoot while helping capture dust and debris from everyday jobsite activity, contributing to a cleaner work area
• Designed for newly installed and sensitive surfaces including marble, natural stone, terracotta, metal, and fresh flooring, it provides temporary surface protection during construction, renovation, and painting projects
• Made with PET materials that incorporate recycled bottle-derived content, the product reflects Sheeldify’s ongoing efforts toward responsible material usage while maintaining a durable and reusable structure