[Students' Questions] What are the three major selection principles of natural stone?
[Answer] The Three Key Principles for Selecting Natural Stone
Abstract: In recent years, composite stone sheets have emerged, combining natural stone with materials like plastic or aluminum. These composites often feature a foam polyester or aluminum honeycomb backing, along with glass fiber felt, to create lightweight, strong, and thermally insulated panels. When selecting natural stone for building finishes, it's essential to consider how its color and texture harmonize with the surrounding environment, enhancing the overall aesthetic appeal of the structure.
When purchasing natural stone, it's important to be mindful of several key factors and follow certain guidelines to ensure you get a high-quality, cost-effective product. Making a hasty decision can lead to unsatisfactory results.
First, cost-effectiveness is crucial. Whenever possible, try to source materials locally to reduce transportation costs, labor effort, and overall expenses.
Second, strength and performance are vital. The durability, wear resistance, and impact resistance of the stone depend largely on its strength. Therefore, choose stone that meets the structural and environmental requirements of the building to ensure long-term performance and safety.
Additionally, modern composite materials such as stone-plastic or stone-aluminum panels have become popular. These products combine the beauty of natural stone with the advantages of lightweight and thermal insulation, making them ideal for both residential and commercial applications.
Third, aesthetics play a significant role in the selection process. The natural stone used for interior or exterior finishes should complement the architectural design and surroundings, creating a visually pleasing and artistic effect. Today, most countries use standard thicknesses of around 20 mm for natural stone veneer. However, in some Western countries, thinner options—ranging from 12 mm to 15 mm—are used for specific decorative effects. In regions with advanced stone processing industries, ultra-thin slabs (8 mm, 10 mm, and 11 mm) have been developed to meet the demands of high-rise buildings. These thin, polished slabs not only enhance the visual appeal of the structure but also conserve raw materials and reduce weight.
The information provided here is based on common questions students often encounter in real-world applications. It’s meant to serve as a helpful guide. If you find any inaccuracies or have further questions, feel free to reach out for clarification and discussion.
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