resins

The fact that modern polyurethane resins (Sika Biresin F50) have essentially zero shrink helps quite a bit, too.

Saildrone due to not being able to homelab resins for safety reasons) That doesn't make sense for WeWork, though.

Epoxy resins are pretty transparent by themselves, opaque ones have additional materials or dyes added.

While their resins are proprietary, when you factor in the cost of wasted plastic (and time) due to failed print jobs, it's not bad.

Also, what you said isn’t necessarily true even with plant based resins.

I would think resins, ceramics, and some composites, would be sufficient for creating a projectile.

However, one should mention that a) polyurethane resins and platinum-cure silicones are much safer than many other compounds, and b) polyurethane resins are different from the more common epoxy resins and reactions are only very slightly exothermic.

Work has actually already started on some stations, but is running behind schedule and not all stations will be ready when the resins come on line.

The proprietary resins used in printers like formlabs are expensive.

Polyurethane resins are an amazing achievement, and very much underrated.

The monk abstained from any cereals and relied on pine needles, resins, and seeds found in the mountains, which would eliminate all fat in the body.

Windmill blades are limited in size by current materials science and requires a very large amount of high tech composites such as carbon fibre, resins and so on.

"processing resins") they'd seem like a bad fit.