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Vacuum Concrete Method | Measures Against Freezing and Wear of Slopes

For those troubled by "slips on inclined surfaces and early deterioration"! Promote hardening with "vacuum dewatering immediately after pouring" to achieve "ultra-high strength, abrasion resistance, and short construction periods."

Are you struggling with issues like "post-pouring setbacks and early deterioration" at your design and construction sites? "Cracks and peeling (pop-outs) frequently occur on steep slopes due to freeze-thaw cycles in winter..." "Large vehicles and heavy machinery frequently pass through, causing the surface to wear down badly within a few years, increasing repair work..." "The original delivery deadline is tight, and we want to shorten the curing period (waiting for hardening) by even one day after pouring..." Tokuwa Kogyo's "Vacuum Concrete Method" fundamentally resolves these site complaints. By forcibly dehydrating and pressurizing excess moisture with a vacuum mat immediately after pouring, it demonstrates the following strengths: [Dramatic Improvement in Strength]: Maximizes compressive and tensile strength as well as surface hardness, effectively suppressing cracking. [Durability through Densification]: Reduces porosity and improves waterproofing, protecting the surface from wear and freeze damage for an extended period. [Early Rise in Initial Strength]: Dehydration accelerates hardening, achieving high strength in a short curing period, significantly shortening construction time. *For more details, please download the PDF or feel free to contact us.