Vermiculite boards serve as an excellent high-temperature corrosion-resistant material, offering superior acid and alkali resistance along with outstanding thermal stability. During aluminum production, the electrolyte within the cell reaches high temperatures while being exposed to corrosive chemicals like acids and alkalis. This necessitates a high-temperature corrosion-resistant material to protect the cell's inner walls. Vermiculite plates effectively meet these protective requirements, extending the service life and stability of electrolytic cells while reducing maintenance and replacement costs. They represent an ideal solution for inner wall protection. It is important to note that when selecting vermiculite boards, appropriate specifications and thicknesses should be chosen based on actual conditions. Professional installation and maintenance are also essential to ensure proper functionality and protective efficacy. Chenxing can customize various aluminum cell vermiculite boards according to specific customer requirements.
When custom manufacturing aluminum cell vermiculite boards, several factors must be considered: material selection, dimensions, surface treatment, design specifications, and order quantity. These boards are typically produced using high-quality expanded vermiculite powder blended with a specific proportion of binding agents and other auxiliary materials. For custom orders, materials meeting specific requirements must be chosen. During custom production, precise dimensions—including length, width, and thickness—are determined based on actual requirements to facilitate installation. Surface treatments such as spraying or anodizing can enhance corrosion resistance and aesthetics. Custom shapes can be designed according to specific application scenarios, including bending or rounding as needed. Finally, determine the required quantity to enable manufacturers to plan and schedule production. After confirming these elements, provide detailed drawings or samples to ensure accurate production and processing by the manufacturer.
