Ultra High Purity Hdpe Polymer For Opticcl
High molecular weight hdpe possesses excellent mechanical properties such as excellent stiffness, abrasion resistance, and chemical resistance. Hmw hdpe is processed via conventional injection molding, blow molding, blown film, and pipe extrusion processes. The inherent advantages of hdpe, such as its robustness and high melting point [8, 9], make it a preferred choice in various applications. High refractive index (ri) thin films are of critical importance for advanced optical devices, and the high refractive index polymers (hrips) constitute an interesting class of materials for high ri thin films due to low cost, good processability, light weight, and high flexibility. Exploring pure polymers with high thermal cond.
The low optical transmittance (90%) by incorporating a small amount (>1 wt %/wt) of specific additives to hdpe. Ultra high molecular weight (uhmw) polyethylene (pe) features high resistance to traction and good transmissivity in the frequency range of interest. Consequently, to render hdpe more feasible for recent applications, it has been reinforced with other materials. This paper describes a simple synthetic method to prepare polymeric optical coatings possessing high refractive indexes. Silesian university of technology. Show all 7 authors. Citations (22) references (39) figures (4) abstract and figures. In this paper, we investigated theimpact of glassy carbon (gc). When it comes to transparent polymeric materials, polycarbonate (pc), poly (methyl methacrylate) (pmma) and polystyrene (ps) are typically the materials of choice. These plastics have a high optical transparency, with transmittance.
