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What can GRH EC3 Panels be used for?
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Is the GRH EC3 Panel a Modern Method of Construction (MMC)?
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Does GRH offer a Technical Support Service for EC3 Panels?
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​What is the U-Value of GRH EC3 Panels?
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Why choose EC3 Panels over other building materials?
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What type of foundation is required for buildings using EC3 Panels?
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GRH EC3 Panels can be used for a wide range of applications in building construction, including external and internal walls, slabs, floors, and roofs. They are suitable for load-bearing applications and can be used in high-end private homes, multi-family projects, hospitality, and commercial buildings. They are also ideal for building additional levels on existing structures due to their lightweight nature.
Yes, the GRH EC3 Panel is considered a Modern Method of Construction. MMC refers to innovative building methods that are faster, more efficient, and sustainable compared to traditional construction techniques. EC3 Panels are produced using patented technology and provide benefits such as reduced construction time, lower labor costs, and enhanced sustainability.
Yes, GRH offers a technical support service for EC3 Panels. Our team is ready to assist with technical information and support throughout the construction process.
The U-value of GRH EC3 Panels ranges from 0.22 W/m²K to 0.15 W/m²K for standard EC3 Panels, and from 0.21 W/m²K to 0.14 W/m²K for the reinforced EC3-I Panels. These values indicate excellent thermal insulation properties.
EC3 Panels offer several advantages over traditional building materials: - Superior thermal insulation and air-tightness. - Fire resistance and resistance to rot, fungus, and pests. - Reduced construction time and labor costs. - Lower carbon footprint and enhanced sustainability. - Minimal waste and cleaner construction sites.
Buildings using EC3 Panels typically require lighter foundations due to the panels' lightweight nature. This can result in further cost savings and easier construction compared to traditional materials that require heavier and more robust foundations