BioAcetate is designed to have stronger eco-friendly and performance characteristics/properties and functions to conventional Cellulose Acetate (CA).
BioAcetate S70 is an eco-friendly and sustainable replacement to conventional CA. Against the backdrop of the worldwide environmental crisis, we believe that it is important as a raw materials plastics provider to innovate and take action to provide solutions to our environmental problems.
In particular, BioAcetate S70 seeks to solve the issues of traditional petroleum derived plastics used in the industry by being a material that is better in both (1) practical performance-wise and (2) its environmental impacts.
BioAcetate S70 is known to be the next generation of alternative eyewear material for eco-friendly eyewear.
For handmade acetate frames, people call it acetate 2.0.
The sustainable material is known have numerous eco-friendly benefits while offering strong performance benefits as well.
Primary Applications:
- Injection Molding Applications
- Acetate Sheets/Slabs Applications
Alternative Applications:
- Household Appliances
- Electronic Cigarette Parts
- Smart Phone Covers
One of the main advantages of BioAcetate S70 is that it is Hardness Enhanced CA (HECA), which means that BioAcetate S70 is a hardened material. Yet, it is hardened in a while with flexibility (allows for the material to not be stiff and brittle).
As one can imagine, this has many practical applications. To illustrate, a stronger and more durable material that does not sacrifice in performance (BioAcetate S70) allows for more flexibility in eyewear design (for example: thinner eyewear frames designs to be made).
Furthermore, there is protection against the end product deforming.
BioAcetate S70 is a unique and flexible material that is suitable for 3 main types of Eyewear:
- Handmade acetate frames
- Injection frames
- Injection Acetate Frames (injected frames that look and feel like handmade frames, but with the scalability of injection frames).
Yes, unlike traditional acetate, BioAcetate S70 is intended both for injection molding and acetate sheet productions.
BioAcetate S70 has a grade that is specifically optimized for injection
Please contact our sales team for more technical information.
我们已经对我们的 BioAcetate S70 进行了广泛的测试。我们所有的环境声明都经过严格的第三方机构和实验室的测试和验证。 然而,目前為止,由于大多数人被专业知识、环境和时间的限制几乎不可能验证到产品是否生物降解或生物基。 我们认为让消费者了解管理这些领域的当前标准和认证非常重要的原因。 Wingram 的所有产品均获得了知名第三方机构的认证。就我们的 Bio Acetate S70 而言,德国的 Fraunhofer、美国的 Beta Analytic 以及瑞士的 SGS 等机构都证实了我们的环保功能。 我们相信,国际测试标准可以弥补生产商和客户之间的不对称信息差距。因此,我们所有的测试和结果都公开显示在我们的“认证”页面下。
In more general terms, however, it is almost impossible to verify if a product is biodegradable or biobased because most people don't have the expertise, environment, and time for it. That is why we believe it is important that consumers educate themselves in the current standards and certifications that govern these areas. All of Wingram's products are certified from reputable third-party institutions. In the case of our Bio Acetate S70, institutions such as OWS from Belgium, and Beta Analytic from the US, as well as SGS from Switzerland have confirmed our environmental claims.
We believe that international testing standards are there to bridge the asymmetric informational gap between producers and customers. Therefore, all our testing and results are publicly displayed under our "Certifications" page.
- Protection against deformity: Solves Acetate Headache
- Hardness Enhanced CA (HECA) properties: Stability and Durability for frames made from BioAcetate S70
- Compatibility with all lens types: Can be used with PC & AC lens also
- Versatile frame options: Available in injection and handmade frames
- Superior surface finishing: Easy to process and superior finishing
- Bio-friendly hardness: Hard but not brittle and better end product
The 5-main eco-benefits of BioAcetate S70 for eyewear are the following:
1. ISCC Sustainability Carbon Certification
2. 62 % biobased according to ASTM-D6866
3. Biodegradable according to ISO-14855
4. Harmful plasticizers free (NO DEP)
5. Biocompatibility according to ISO-10993