good quality dehp plasticizer dehp plasticizer Argentina

  • good quality dehp plasticizer dehp plasticizer Argentina
  • good quality dehp plasticizer dehp plasticizer Argentina
  • good quality dehp plasticizer dehp plasticizer Argentina
  • Are alternative plasticizers safe for flexible PVC medical compounds?
  • While phthalate esters such as DEHP are the most widely used plasticizers for flexible PVC medical compounds and have been for 50 years, issues concerning their possible effects on human health have caused some device manufacturers to consider compounds containing alternative plasticizers. Sometimes the pressure to do so is considerable.
  • Can plasticizers replace DEHP in blood bags?
  • Several plasticizers have been suggested as substitutes to DEHP in blood bags. Di(2-ethylhexyl) terephthalate (DEHT) and di-isononyl cyclohexane-1,2-dicarboxylic acid (DINCH) have shown the greatest potential so far, despite providing inferior RBC quality in previous studies [9 13].
  • Are alternative polymers DEHP-free?
  • However, significant data gaps exist, particularly for the alternative polymers. In all, 10 out of 21 (48%) products in the NICU audit were DEHP-free; six consisted of alternative polymers and four of alternative plasticizers. Of the remaining 11 products, only three were available without DEHP at the time of the audit.
  • Are there alternative plasticizers?
  • “There are a number of alternative plasticizers on the market. While Teknor Apex is best known as a manufacturer of medical-grade PVC compounds, we also produce some of these plasticizers,” notes Galland.
  • Why are plasticizers important?
  • Plasticizers are essential for material flexibility; facilitat-ing centrifugation, sealing, transport and general han-dling of blood bags without risk of breakage and product loss . DEHP is a dipolar, lipophilic molecule non-cova-lently bound to the PVC polymer, that leaches from the plastics when in contact with the stored blood compo-nent.
  • Does plasticizer composition affect 2-3-dpg depletion rate?
  • Our results carefully suggest that plasticizer composition may be an additional variable impacting the 2,3-DPG depletion rate, though the possible mechanism, as well as clinical impact, requires further exploration. The choice of AS clearly influenced the RBC storage lesion.

Recommended hot-selling products