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In the building decoration industry,"fading" has always been a fatal injury to flexible wall materials-whether it is the chemical dyeing and fading of soft porcelain or the oxidation and yellowing of synthetic resin, it ultimately causes the building facade to lose its original beauty. Today, we dare to promise to the industry and consumers that we will never change color, and our confidence is hidden in the "genetic code" of every grain of natural quartz sand.
Fading dilemma: "shelf life anxiety" of traditional materials
Mainstream flexible materials in the market generally adopt surface coloring + resin curing process
Soft porcelain uses chemical dyes to simulate the texture of stone, and obvious color differences appear in 3-5 years under ultraviolet irradiation.
Synthetic resin substrates are easily oxidized in hot and humid environments, resulting in overall yellowing and whitening
Antioxidants added to extend life pose environmental hazards
This kind of "superficial beauty" is destined to be unsustainable, and the real way to break the situation requires returning to the essence of the material.
Natural Law: The 'Mineral Gene Bank' of Quartz Sand
Our flexible stone has chosen a completely different technological path -100% color natural quartz sand native color rendering:
The color comes from the mineral veins of the earth
Each grain of quartz sand carries natural mineral elements (iron, titanium, manganese, etc.), and through nanoscale proportioning technology, it directly presents the original color of natural stone such as granite and sandstone without any manual dyeing.
Molecular level anti-aging structure
The silica content of quartz sand exceeds 99%, and after high-temperature modification at 1200 ℃, it forms a dense crystal structure with a UV penetration rate of less than 0.03%, fundamentally blocking fading channels.
Ten years of empirical data
The first batch of projects in 2013 (such as XX commercial complex) underwent more than 3000 day and night tests, and after third-party testing, the color difference value Δ E<1.5 (the international standard Δ E<3 indicates no visual color difference).
Our flexible stone has chosen a completely different technological path -100% color natural quartz sand native color rendering:
The color comes from the mineral veins of the earth
Each grain of quartz sand carries natural mineral elements (iron, titanium, manganese, etc.), and through nanoscale proportioning technology, it directly presents the original color of natural stone such as granite and sandstone without any manual dyeing.
Molecular level anti-aging structure
The silica content of quartz sand exceeds 99%, and after high-temperature modification at 1200 ℃, it forms a dense crystal structure with a UV penetration rate of less than 0.03%, fundamentally blocking fading channels.
Ten years of empirical data
The first batch of projects in 2013 (such as XX commercial complex) underwent more than 3000 day and night tests, and after third-party testing, the color difference value Δ E<1.5 (the international standard Δ E<3 indicates no visual color difference).
Industry Revelation: A Value Revolution about 'Truth'
The exterior walls of Xinchang People's Hospital ten years ago are still as new as ever, and the project manager exclaimed, 'This overturns our cost logic of renovating every five years.'. And the deeper significance lies in——
Environmental Truth: Refusing Chemical Dyeing=Reducing 27 Tons/10000 ㎡ of VOC Emissions Annually
Aesthetic Awakening: Natural mineral color levels are 40% richer than artificial color matching, allowing architecture to truly 'grow in the veins of the earth'
Time economics: The 30-year lifecycle cost is only one-third of that of traditional materials
The exterior walls of Xinchang People's Hospital ten years ago are still as new as ever, and the project manager exclaimed, 'This overturns our cost logic of renovating every five years.'. And the deeper significance lies in——
Environmental Truth: Refusing Chemical Dyeing=Reducing 27 Tons/10000 ㎡ of VOC Emissions Annually
Aesthetic Awakening: Natural mineral color levels are 40% richer than artificial color matching, allowing architecture to truly 'grow in the veins of the earth'
Time economics: The 30-year lifecycle cost is only one-third of that of traditional materials
Conclusão
In this era of pursuing speed, we choose to use ten years of silence to verify a truth: the greatest colors always come from the memory of the earth itself. When you swipe your fingers over the delicate sandstone texture of our walls, you not only touch the building materials, but also the geological epic sealed in quartz sand for billions of years.
In this era of pursuing speed, we choose to use ten years of silence to verify a truth: the greatest colors always come from the memory of the earth itself. When you swipe your fingers over the delicate sandstone texture of our walls, you not only touch the building materials, but also the geological epic sealed in quartz sand for billions of years.