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开始使用丝网印刷

在SFXC,丝网印刷是我们的血液。我们专注于水基油墨和涂料,是这种多功能印刷方法的理想选择。阅读了解更多关于丝网印刷的信息,它可以用来做什么,以及使用的最佳产品。

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什么是液晶?

液晶是最美丽而又用途广泛的智能材料之一。它是一种活的蛋白质,对温度变化非常敏感。它对24C和29C之间的温度有反应,并在红、绿、蓝三色之间转换。当不在这个温度范围内时,它呈现黑色。

请继续阅读,了解液晶的特性以及如何使用它。

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在O2竞技场清理我们的行为!

SFXC were challenged with creating a colour changing coating for one of the biggest music venues in the world . . .

Cif The O2 Arena SFXC Toilet Urinal Blog Post

Read on! It was certainly one of the most unique project's we've done!

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SFXC® 太空中的智能材料

Thermochromics change colour at different temperatures. We set out to demonstrate the unique ways you can use this super material . . .

SFXC in Space | Thermochromics

It turns out, the possibilities really are out of this world! Read more to go up, up and away!

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闪闪发光......最终的点睛之笔!

Show-stopping . . . jaw-dropping, glitter fascinates us all . . .

Glitter Pigment Powder

Discover how glitter is manufactured and get ideas for incorporating this sparkling material into your art, products and life!

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保障多彩的未来

Fraudsters, Forgery and Colour Changing Coatings . . .

Read our blog post to discover which materials keep your information top-secret and secure!

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随着时间的变化...

Thermochromic materials have infinite possibilities!

Thermochromic ink

Read about our exciting art installation collaboration with Material Evolution Lab!

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多姿多彩的热致变色材料指南!

我们丰富多彩的有用的指南,介绍了在特定温度下会改变颜色的热致变色材料,它们可以作为油墨或颜料使用,也可以印在塑料薄膜上,制作温度计或温度指示器。它们可以作为油墨或颜料使用,也可以印在塑料薄膜上,用于制作温度计或温度指示器。

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这是一个挺神奇的.....。

. . . that pigments and powders can appear to change colour when viewed from different angles!

SFXC Colour Shifting Pigments

How does the effect work? Find out what other applications Colour Shift pigment can be used - it's not just cars!

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我们可以在黑暗中看到你!

How? SFXC Glow Products!

Glow in the Dark

Quick to charge and with a long-lasting glow, Glow in the Dark pigments and coatings offer a fun alternative to traditional light sources.
Learn what makes them work and get bright ideas to make your world glow!

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什么是智能材料?

智能材料到底是什么?对于那些第一次涉足变色世界的人来说,我们总结了你需要了解的不同效果。大多数情况下,智能材料是受到外部来源的影响,从而引起分子变化--这种变化通常是可逆的。

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Chinese (Simplified)
Chinese (Simplified)