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OLBA7208A - Excellent Optical Properties Grey Ground Suitable For Bathroom Floor
Description:
1. excellent optical properties
2. chemical stability
3. scandinavian style
4. eco-friendliness
5. bright and fresh
Quick Detail:
Silicon-free minerals often exhibit higher chemical stability, resisting acid and base corrosion, making them suitable for specialized environments.
Some silicon-free minerals, like calcite, demonstrate outstanding optical characteristics, making them ideal for optical instruments and decorative materials.
The extraction and use of silicon-free minerals typically have a lower environmental impact, aligning with sustainable development goals.
Specification:
Test Item: Composition Analysis
Sample Description: Artificial Stone
Test Method:
Fourier Transform Infrared Spectrometer (FTIR)
Pyrolysis-Gas Chromatography Mass Spectrometry (PGC-MS)
Energy dispersive X-ray fluorescence spectrometer (EDX)
X-ray Powder Diffractometer (XRD)
Thermogravimetric Analyzer (TGA)
Test Result:
| No. | Composition | Content, Wt% |
| 1 | Unsaturated Polyester (UP) | 14 |
| 2 | Quartz (Crystalized silicon dioxide) | Characteristic peak of quartz (Crystalized silicon dioxide) was not found |
| Glass | 86 |
Note:
1. Wt%-weight percent.
2. Quantitative data is for reference only.
Advantage:
Silicon-free mineral crystallization is a remarkable treasure of nature, showcasing unique charm and value. Its silicon-free nature allows it to stand out in various fields for several reasons:
1. Silicon-free minerals exhibit exceptional chemical stability in diverse environments, resisting acid and base corrosion and providing reliable support for industrial applications.
2. These mineral crystals often feature unique colors and patterns, adding endless charm to architecture and art, making them ideal decorative materials.
3. Silicon-free minerals are widely applicable across various industries, including construction, agriculture, and medicine, making them the perfect partners for innovation.
4. Compared to some traditional materials, the extraction and use of silicon-free minerals have a smaller environmental impact, aligning with sustainable development goals and demonstrating responsibility and foresight.
5. Certain silicon-free minerals, like calcite, possess distinctive optical characteristics that can be utilized in high-end optical devices, driving technological advancement.
6. Silicon-free minerals such as pyrite showcase superior thermal and electrical conductivity, offering significant potential in the electronics and energy sectors.
Silicon-free mineral crystallization, with its unique properties and broad applications, reveals the wonders and beauty of nature, deserving our exploration and appreciation.
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