Calcium silicate board 50mm, a premier product from Zhejiang Leboom Energy Conservation Technology Co., Ltd., is designed for diverse applications including insulation, fireproofing, and partitioning in commercial and residential settings. This robust board offers exceptional thermal resistance, density ranging from 500 to 800 kg/m3, and significant durability, making it a top choice for contractors and builders. With certifications such as ISO 9001 and a fire resistance rating up to 120 minutes, Leboom’s calcium silicate board 50mm provides peace of mind and safety for various constructions. Our supply capacity extends to thousands of square meters per order, ensuring quick and efficient delivery within a 15-day lead time. Customization options are available to meet specific project requirements, further enhancing its applicability across sectors. Key procurement indicators to consider include the board's moisture content of less than 5%, dimensional stability, and ease of installation, making it an attractive solution for tackling common construction challenges. The advantages of calcium silicate board 50mm lie in its versatility and performance. It effectively withstands high temperatures, making it ideal for environments where heat resistance is paramount. Additionally, this board is non-combustible and provides sound insulation, effectively addressing noise pollution concerns in urban developments. With strong professionalism and a commitment to quality, Leboom stands out in the market by ensuring all products align with stringent standards. Our customer service team is dedicated to providing knowledgeable support throughout the procurement process, ensuring the best fit for your needs. Trust Zhejiang Leboom Energy Conservation Technology Co., Ltd. for reliable, high-performance calcium silicate board 50mm that enhances your projects’ value and safety. **Specifications Table** | Property | Value | |-----------------------------|-----------------------------| | Thickness | 50mm | | Density | 500-800 kg/m3 | | Fire Resistance Rating | Up to 120 minutes | | Moisture Content | < 5% | | Lead Time | 15 days | **Application Flow Chart** 1. Identify project requirements 2. Select suitable thickness and specifications 3. Place order with customization requests (if needed) 4. Schedule delivery 5. Install calcium silicate board 50mm 6. Final inspection and quality checks By choosing Leboom’s calcium silicate board 50mm, you invest in a product that meets high standards of quality and performance, making it an optimal choice for your upcoming construction or renovation projects.

At Leboom, we recently tackled a significant challenge faced by a leading construction firm specializing in high-rise buildings. The client was struggling with inadequate fire resistance and thermal insulation in their projects, leading to safety concerns and increased costs. They required a solution that not only met stringent safety standards but also provided excellent performance as a thermal barrier. We introduced our calcium silicate board 50mm as a robust solution, leveraging its impressive fire resistance rated at A1 according to EN 13501-1 and high thermal insulation properties (λ = 0.065 W/mK). The implementation phase involved integrating the board within wall assemblies of several floors, ensuring an airtight fit while maintaining the structural integrity of each installation. Following installation, we conducted comprehensive tests, confirming that the thermal performance improved by 30% and the fire rating surpassed the client’s expectations. The client expressed their satisfaction with our product, stating, "Leboom’s calcium silicate board has transformed our building safety protocols and operational efficiency. We can now focus on growth without worrying about compliance." With certifications such as ISO 9001 and CE marking backing our claims, we reaffirmed our standing as a trusted partner in the boards industry. The decision to choose our product not only enhanced their project outcomes but also significantly reduced their long-term operational risks.