A Natural Ally to Solving the Man-made problem of Plastic Pollution
A New Biopolymer Technology
We’ve invented a new biopolymer technology powered by plants. It is a 100% natural sustainable material for use in a variety of applications with many benefits:
- Add Plant Based Content to your existing Plastic Material.
- Reduce your reliance on fossil-resources.
- Pound for Pound Green House Gas Reduction.
- Decrease plastic’s environmental persistency.
- Reduce plastic pollution and microplastics
How We Do It
Using proprietary processes, BioLogiQ products are designed to be blended with conventional plastics as well as newer bioplastics.
How BioLogiQ turns plants into Products
What are BioBlends and why are they important?
是一种能容易与其他树脂兼容的植物基聚合物
可堆肥 BC 级
- 改善其他可堆肥聚合物的可堆肥性
- 经过认证可堆肥
- PHA, PLA, PBAT, PBS 等等
传统塑料 XP、XD 和 XN 级别
- 降低不幸遗漏环境后的持久性
- Durable
- PP、PS、ABS 和尼龙
- 使用 PCR 和 PIR
组合成一个阵容强大的 BioBlend 树脂系列（NuPlastiQ 与搭配塑料相结合，具有增强的环保性能，并且与现有的加工工艺兼容，例如注塑、吹塑、薄膜挤出、纺粘、熔喷和纱线等。）
为什么改性厂和加工厂需要关注？
Our BioBlends can increase the sustainability of the partner resins they are blended with without major changes to performance, and in some cases can actually improve the partner resin properties.
An Example of How it Affects Films
在吹膜应用中使用 LDPE 和 NuPlastiQ® 的混合物的结果与传统的纯 LDPE 薄膜相比，LDPE/NuPlastiQ BioBlend 将落镖强度、穿刺强度和撕裂强度提高了 2 倍。 LDPE/NuPlastiQ BioBlend 薄膜具有显着的气泡稳定性，并且已被证明可以生产薄至 2.5 微米的吹塑薄膜。 在一项应用中，这允许减薄 30%，从而减少 50% 的石油燃料使用。
The improvement comes from the sub-micron ordered dispersion of starch molecules in the LDPE matrix with the formation of unique interactions of starch and LDPE. The high level of dispersion enabled by NuPlastiQ technology also brings an additional benefit: a reduction in the environmental persistence* of conventional plastics via a mechanism that is not fragmentation. BioLogiQ has conducted over 100 studies and is continuing to collect evidence to show that blending NuPlastiQ with traditional petroleum-based plastics results in a product that is less persistent. This reduces the accumulation of plastic in the unfortunate event that the material is leaked to the environment.
NuPlastiQ 和 BioBlends 是一项具有前景的研发成果，可以帮助缓解目前每年至少有 1100 万吨（按 PEW 计算）持久性塑料泄漏到海洋中的危机。
