img_load
img_load
9:00 - 24:00 daily
img_load
img_load
Scan and follow us.

霜降遇“暖”色:自然藏律,科技显奇

时间 :2025-10-30 浏览 :41
Frost Descent meets warm color: Following the laws of nature, technology reveals miracles

“霜叶红于二月花” 的时节,天地间的色彩随温而变。而在烟草工坊里,一种“会呼吸的卷烟纸”正上演着同款魔法——常温下素净如水,遇60℃以上高温便绽放出胭脂红,冷却后又悄然隐去。这抹霜降里的“暖色调”,藏着乳化胶粘技术的硬核实力。

In late autumn, the colors of the outside world change with temperature. While in the tobacco workshop, a kind of "breathing cigarette paper" is performing the same magic. At room temperature, the appearance of the paper remains unchanged. When exposed to high temperatures above 60 ℃, it turns into rouge red, which quietly disappears after cooling. The process of color change is supported by emulsion adhesive technology.
42e4695f824d4d909af87611f8473567

功能性卷烟纸的 “变色经济学”

Colorful Economics of Functional Cigarette Paper

在全球烟草行业转型升级的浪潮中,功能性卷烟纸正成为新的增长点。数据显示,其市场规模正以每年12%的速度攀升,消费者早已不满足于“能燃就行”的基础需求。温感变色卷烟纸正成为高端产品的“标配”

In the wave of transformation and upgrading in the global tobacco industry, functional cigarette paper is becoming a new growth point. The data shows that its market size is climbing at a rate of 12% per year, and consumers are no longer satisfied with the basic demand of just being able to burn. Temperature sensitive color changing cigarette paper is becoming a standard for high class cigarette:

视觉升级:打破传统卷烟的单调外观,让吸食过程成为 “看得见的仪式感”;

Visual upgrade:Breaking the monotony of traditional cigarettes and making smoking a visual ritual;

安全背书:符合 YC/T 10 烟用材料安全标准,VOCs 含量远低于限值;

Safety regulations: The product complies with the Chinese YC/T 15 safety standard for tobacco materials, and the VOCs content is far below the limit value;

创新符号:云烁科技的红色温变技术已实现量产,为行业开辟视觉表达新路径。

Innovative symbol:The technology of red change with temperature developed by Yunnan Sparking Science and Technology Co., Ltd has achieved mass production, open up a new path for visual expression.

就像霜降时节给烟垛“覆膜保温”的智慧,乳化胶粘技术也是对“温度与品质”关系的精准把控——只不过前者守护烟叶醇化,后者创造感官惊喜。

Just like the wisdom of covering film for tobacco stacks during the frost season, emulsion adhesive technology is also a precise control between temperature and quality. The former protects the aging of tobacco leaves, while the latter creates sensory surprises.
0?wx_fmt=jpeg&from=appmsg

乳化胶粘如何让色素“听话”?

How to Make it?

传统温变色素难以在卷烟纸上稳定附着,且易有化学残留风险。云烁科技的研发团队用乳化胶粘技术破解了这一难题:

Traditional thermochromic pigments are difficult to stably adhere to cigarette paper and are prone to chemical residue risks. The R&D team of Yunnan Sparking Science and Technology Co., Ltd has solved this problem with emulsion adhesive technology:

原料密码:将食品级粘合剂基料、有机温变色素与精密乳化剂融入去离子水,形成牛奶般细腻的稳定乳状液,从源头杜绝甲醛、重金属等有害物质;

Raw material password: Mix food grade adhesive base, organic thermochromic pigments, and precision emulsifiers into deionized water to form a stable emulsion as delicate as milk, eliminating harmful substances such as formaldehyde and heavy metals from the source;

附着魔法:通过特有印刷技术均匀涂布,乳状液牢牢“抓”住纸面,涂层平整如镜;

Methods of adhesion: By using unique printing technology to evenly apply, the emulsion grasps the paper surface firmly, and the coating is as smooth as a mirror;

温度响应:点燃卷烟时,烟支温度升至60℃+,色素分子迅速“苏醒”显露出粉红色;熄灭冷却后,分子回归“休眠”,纸面不留一丝痕迹。

Temperature response: After lighting the cigarette, the temperature of the cigarette rises to above 60 ℃, the pigment molecules quickly awaken to reveal a pink color. After cooling, the molecules return to sleep without leaving any trace on the paper.
1761b9e7c94f8fcb53b061d1a84e6984


科技让传统焕发新生

Science Brings New Life to Tradition

霜降意味着 “万物敛藏”,但烟草科技从未停下脚步。乳化胶粘技术不仅让卷烟纸“活”了起来,更让材料科学、工艺技术与用户体验实现了深度融合。

In China, Frost descent means all things gather and hide, but tobacco technology has never stopped moving forward. Emulsified adhesive technology not only brings cigarette paper to life, but also deeply integrates material science, process technology, and user experience.

下次点燃这支“会脸红”的卷烟时,不妨多留意那抹转瞬即逝的红色——它不仅是霜降里的一抹暖意,更是科研人员把“温度密码” 写进材料里的执着。

Next time when you light the blushing cigarette, you can pay more attention to the fleeting red. It is not only a touch of warmth in the Frost Descent, but also the persistence of scientific researchers to write the temperature code into the material.
176180825723937067c18a7353f63