Lim D.-Y. – TechConnect Briefs

Fabrication of Thermoplastic Nanocellulose Composite Material

Lim D.-Y., Lee J.A., Kim K.-K., Korea Institute of Industrial Technology, KR

Nanocellulose fibers with the average diameter below 100nm were successfully obtained by a high shear microfluidizer as shown in Figure 1. Their large surface area and nano-scale dimensions can lead to the emerging materials for [...]

Nanocellulose and Their Thermoplastic Nanocomposites

Lim D.-Y., Lee E-S, Yoon M.-J., Kim K-Y, Korea Institute of Industrial Technology, KR

Nanocellulose fibers with the average diameter below 100nm were successfully obtained by a high shear microfluidizer. Their large surface area and nano-scale dimensions can lead to the emerging materials for reinforcements in polymer composites, differentiating [...]

Nanocellulose and Their Thermoplastic Nanocomposites

Lim D.-Y., Lee E-S, Yoon M.-J., Kim K-Y, Korea Institute of Industrial Technology, KR

Nanocellulose fibers with the average diameter below 100nm were successfully obtained by a high shear microfluidizer. Their large surface area and nano-scale dimensions can lead to the emerging materials for reinforcements in polymer composites, differentiating [...]

The Study on Nanocellulose and Their Biocomposites

Lim D.-Y., Yoon M.-J., Yoon S.Y., Yoon M.-J., Yoon S.Y., Kim K-Y, Korea Institute of Industrial Technology, KR

Nanocelluloses with the average diameter below 100nm were successfully obtained by high shear fluid processor, microfluidizer. Their large surface area and the nano-scale dimensions can lead to the emerging materials for reinforcements in polymer composites, [...]

A Study on Fabrication of Cellulose Nanofibers in Water

Kim K-Y, Jeong W.-Y., Lim D.-Y., Korea Institute of Industrial Technology, KR

Cellulose nanofibers (CNFs) were successfully fabricated by fibrillation of wood pulp cellulose into submicron and/or nanoscale nanofibers with a microfluidizer in water solution. CNFs have the great potential as reinforcing materials for polymeric composite materials. [...]