When it comes to critical BDS (bulk drug substance) storage, PFA bottle and vials have become the gold standard. That’s because performance and purity aren’t a “nice-to-have” in BDS – they’re an expectation.
In critical applications – such as storing vaccines or blood products used in cutting-edge cell and gene therapies – you can’t risk using inferior materials or fragile form factors like bags.
Storing BDS product in Purillex® PFA bottles means less risk to your entire process and a greatly reduced chance of product loss.
What are the key differences between PTFE and PFA, anyway? When you think about fluoropolymer early adopters, who springs to mind? If you answered, “the semiconductor industry,” you’d be spot-on. The semiconductor industry was one of the first to widely use fluoropolymers. Why? For starters, fluoropolymers’ inertness, resistance to high
Savillex tooling and PFA parts example. Precision-crafted parts for process fluid heating For Process Technology from Mentor, Ohio, the price of producing custom parts was steadily increasing – and the company needed to find a more cost-effective alternative. Process Technology is a leading supplier of thermal products for
ETFE Bottle and Vial Family Gamma stable game-changer Last time, we talked about how the bioprocessing industry could be better served by single-use fluoropolymers for storing and shipping bulk drug substance (BDS). Our thesis came with a caveat, though: fluoropolymer materials like PFA (perfluoroalkoxy alkane), PTFE (polytetrafluoroethylene) and
Single-use technologies and BDS: a fragile relationship To successfully store and ship high-value bulk drug substances (BDS), you need materials that are durable, stable at low temperatures, chemically compatible and pure. So, how is that accomplished? A few of the mainstay materials include stainless steel cans, as well as PETG
Fluoropolymers to the flight deck! In our last blog, we talked about the growing demand for fluoropolymers in aerospace and where they would fit best on today’s lighter, more efficient passenger aircraft. Here, we’ll dive in to how we began working with a leading aerospace manufacturer to create custom PFA
Can fluoropolymers take flight in aerospace? Fluoropolymers have a firmly established place in the lab, but what about in the air? Or – to be more specific – on a modern passenger plane? Let’s dig a little deeper and find out whether or not fluoropolymers are flight worthy. First off,