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专访伊士曼——伊士曼突破性生物工程新材料TRēVA
来源: fbe-china.com作者: Kenny Fu时间:2019-10-28 17:18:06点击:6883

近期伊士曼推出了一种突破性生物工程新材料TRēVA,我们就这一新材料对伊士曼的高层进行了专访。

编辑注明:被采访人

Randy Beaver: 伊士曼特种塑料全球销售总监兼亚太地区商务总监Kevin Duffy: 伊士曼特种塑料新材料市场开发经理

Q1

Is this new material a thermoplastic material? What is the maximum melting point of the material? And how about its corrosion resistance? ( I think by corrosion resistance he means chemical resistance)

这个新材料是属于热塑性的材料吗?材料的熔点,最高能够承受大概多高的温度?还有它的耐腐蚀性大概是怎样的呢?

A1

Yes, this is a thermoplastic material.  The melting point is around 230 degrees C.  It has very good chemical resistance, especially to skin oils, sunscreens and household cleaners that can attack other plastics.

是的,这是一种热塑性材料。 熔点约为230摄氏度,具有很好的耐化学性,特别适用于接触护肤油,防晒霜和家用清洁剂等,而这些产品通常会侵蚀其他塑料

Q2.

Regarding environmental sustainability, can the material be degraded naturally or does Eastman have any specific recycling mechanism for the new material?

关于环境可持续性的问题,该材料是否可以自然降解,贵司对该新材料有没有采取什么特定的回收机制呢?

A2.

This is a durable bioplastic which means it is designed to last, not degrade.  The material can be recycled similar to other engineering resins, typically in closed loop systems or as post-industrial.

这是一种耐用的生物塑料,其设计理念是持久而非降解。 该材料可再次循环,类似于其他工程树脂,通常使用在闭环系统或后工业化中。

Q3.

Compared to other materials, what are the advantages of Treva when used in equipment directly contacting human skin? Are there any allergy risks?

问一下新材料在用在与人体皮肤直接接触的设备上时,相比于其他的材料,有什么优点,会不会有什么过敏性的问题?

A3.

We believe applications that touch the skin are great opportunities for Treva due to the excellent chemical resistance to skin oils, sunscreens and cosmetics ingredients.  The materials are BPA-free and phthalate-free.  There are no known allergy risks.

我们认为Treva 在与皮肤直接接触的应用中潜力巨大,因为它对皮肤油,防晒霜和化妆品成分具有出色的耐化学性。TRēVA家族不含BPA和邻苯二甲酸酯,据我们所知,没有过敏风险。

Q4.

What about the cost of new materials? Could you kindly introduce some its specific applications in packaging industry?

新材料的成本怎么样呢?在用于包装领域方面时,主要适用于那些种类的产品的包装,有哪些具体的应用能介绍一下呢?

A4.

We are targeting the TRēVA materials to be competitive with price points for higher performing fossil-based engineering resins.  There could be specialty packaging applications that would be interested in some of the functionalities of the material such as superior flow and excellent chemical resistance in a bio-based thermoplastic.

我们的目标是使得TRēVA材料在与其他高性能化石基工程树脂相比同样时,具有价格优势。可能会有一些特殊的包装应用对TRēVA材料的某些功能感兴趣,例如生物基热塑性塑料中优异的流动性和优异的耐化学性。

Q5.

I heard that Eastman has spent a lot of money on this new bio-engineering material, purchasing one domain name : Treva.com, is it true? If so, does it mean Eastman company place great expectations on this new material? Could you please talk a bit about the prospects of this new material?

听说伊士曼公司花了重金专门为这个新的生物工程材料购买了域名Treva.com,请问属实吗?如果属实的话,意味着伊士曼公司对这个新材料寄予很大的厚望吧,能谈谈贵司对这个新材料的愿景吗?

A5.

Eastman has purchased the Treva.com domain and it will redirect to the Treva webpage on Eastman’s site:  www.eastman.com.  Eastman is very committed to the new material.  We believe it strikes an excellent balance between sustainability, performance and value.  We are excited about the future potential across many applications.

伊士曼已经购买了Treva.com域名,它将链接回到Eastman网站上(www.eastman.com)的Treva网页。伊士曼对于新材料的开发不遗余力。我们相信它在可持续性,整体性能和给客户提供的价值之间取得了良好的平衡。同时,我们也期待在未来的更多应用中使用这一新材料。

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