Available for All Major Formwork Systems
Designed for universal compatibility, the PP + Aluminum Composite Board integrates seamlessly with all major formwork systems, including Peri, Doka, Meva, Ulma, and others. It offers flexible installation via riveting, screwing, or direct frame mounting, ensuring reliable, high-quality concrete finishes throughout its extended service life. Even when formwork frames require maintenance, the panels can be easily detached and reused without performance loss, delivering consistent results and lasting value.
Engineered for Unparalleled Lifespan and Cost Efficiency
Designed for the most demanding construction cycles, our panel system offers an exceptionally long service life, engineered to withstand up to 1,500 reuses under standard conditions. This extraordinary durability delivers unmatched lifecycle cost efficiency, dramatically reducing material replacement needs and waste.
Advanced Composite Structure for Ultimate Performance
At the core of its performance is a proprietary five-layer composite structure, integrating aluminum and polypropylene through advanced manufacturing techniques. This intelligent design delivers exceptional rigidity and superior dimensional stability, ensuring the panel maintains its structural integrity and precise form even after significant loading or bending stress.
Superior Moisture Resistance and Environmental Stability
The panel features a continuous polypropylene coating and sealed composite edges, creating a highly impermeable barrier against water absorption. This engineered resistance guarantees the panel will not swell, warp, or delaminate when exposed to prolonged wet or humid conditions, ensuring consistent performance and finish quality regardless of weather.
Enhanced Maintainability and Sustainable Design
The robust composite construction allows for straightforward, on-site repair of minor damage, a feature that significantly extends the product's operational lifecycle and protects your investment. Manufactured from recyclable materials including polypropylene and aluminum, the panels are inherently flame-resistant and fully compliant with major international green building standards, supporting sustainable project goals.
Comprehensive Resistance to On-Site Hazards
Engineered for the realities of the construction environment, the panel provides comprehensive resistance to mechanical, biological, and chemical degradation. It is specifically formulated to resist impact-induced cracking, prevent insect or pest damage, and withstand corrosion from common acids, alkalis, and solvents, ensuring reliable performance throughout its extended service life.
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| Technical Properties | Test Method | Specifications | ||
Dimensions (MM) Tolerance (MM) | N/A | Variable as per request Length: up to 2440mm, Width: up to 1000mm Thickness: 10mm, up to 15mm with intervals each 1mm | ||
| Modulus of Elasticity | ISO 178:2019 (MPA) | 10mm | 12mm | 15mm |
| 6220 | 6080 | 5930 | ||
| Vicat Softening Temperature | ISO 306:2022 (℃) | 95℃ | ||
| Static Bending | ISO 13061‑3:2014 (MPA) | 10mm | 12mm | 15mm |
| 54.8 | 55.3 | 56.9 | ||
| Water Absorption Rate | ISO 62:2008 | <0.5% | ||
| Usage Life Times | N/A | Up to 1500 | ||
| Stripping | N/A | No release agent required in standard conditions | ||
