Spend enough time formulating modified plastics and you start to notice a habit. The moment someone sees two polymers that don’t get along,[…]
If you follow industrial commodities, this was one of those weeks that reminds you how fast the ground can move. Energy led the[…]
Most PTFE filled-powder lines run on a quiet assumption: keep the powder dry and it will keep flowing. I have seen this cost[…]
For decades the seed coating industry ran on a quiet secret. The polymers that make modern seed treatment work are, more and more,[…]
Walk into any plant that cuts, grinds, or molds PTFE and you’ll probably hear the same thing: the white powder is inert, so[…]
Spend any time formulating with silicones and you keep running into three terms that sound nearly the same: silane, siloxane, silicone resin. Open[…]
That foldable phone in your pocket. The outermost layer that looks like glass — it’s not glass. It’s polyimide. A class of high-performance[…]
I keep running into the same claim at farming conferences: PHAs are the “real” biodegradable plastic. Made by bacteria, eaten by bacteria, gone[…]
If you have formulated paints, inks, or clears for any length of time, you have hit this wall. Two products both called “polyether-modified[…]
If you work with high-performance plastics, you have probably noticed a pattern. Open the datasheet for a PEEK gear, a PPS valve seat,[…]