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Drifter bead drilling solid emulsion paint, an innovative coating material, has gained significant attention due to its unique properties and versatility. This advanced paint formulation incorporates cenospheres, lightweight hollow particles derived from coal combustion ash, imparting exceptional thermal insulation and reduced material density. The drifter beads, embedded within the solid emulsion, enhance the coating's durability and resistance to wear and tear, making it ideal for applications requiring robust surface protection.
The integration of cenospheres not only aids in weight reduction but also enhances the paint's ability to reflect heat, thus improving energy efficiency in buildings. The solid emulsion base ensures excellent adhesion to various substrates, from metals to concretes, providing a seamless and uniform finish. Furthermore, the environmentally friendly nature of cenospheres promotes sustainability, making this paint an eco-conscious choice for modern construction and renovation projects. In summary, drifter bead drilling solid emulsion paint with cenospheres represents a groundbreaking advancement in coating technology, blending performance, efficiency, and ecological responsibility.
|
Product nomine |
Cenospheres |
|
color, |
Grey-white color |
|
Verum density |
0.7-0.95 |
|
mole density |
0.3-0.45g/CM3 |
|
Mohs duritiam incantatorum |
6-7 |
|
Refractio |
1580, 1770 ° F |
|
Imprimis resistentia |
1010-1013Ω.CM |
|
liquescens punctum |
≥1400 ° F |
|
Coefficient of temperature conductivity |
0.000903-0.0015M2/h |
|
Scelerisque conductivity |
0.054-0.095w/mk |
|
Cogo vires |
≥350Mpa |
|
Fluitans Rate |
≥95 |
|
refractivam index |
1.54 |
|
PH value(water dispersion system) |
6 |
|
Damnum in ignitio |
|
|
Oil adsorption |
0.68-0.69 |
