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Interesting tricks and tips for working with epoxy resin.
Viscosity vs Temperature: How to Warm Resin Without Ruining It
Cold epoxy is stubborn stuff. It pours like molasses, refuses to release air, drags under a...
Viscosity vs Temperature: How to Warm Resin Without Ruining It
Cold epoxy is stubborn stuff. It pours like molasses, refuses to release air, drags under a...
Pot Life vs Gel Time vs Working Time vs Open Time: Read Your Data Sheet Right and Stop Losing Batches
Somebody once told me they'd budgeted "about forty minutes" for a bar top pour because that...
Pot Life vs Gel Time vs Working Time vs Open Time: Read Your Data Sheet Right and Stop Losing Batches
Somebody once told me they'd budgeted "about forty minutes" for a bar top pour because that...
Epoxy Resin Crystallization: Learn Why It Happens and How to Reverse It Safely Before You Waste a Full Container
You go to the shelf, lift the jug, and something is off. What poured clean in...
Epoxy Resin Crystallization: Learn Why It Happens and How to Reverse It Safely Before You Waste a Full Container
You go to the shelf, lift the jug, and something is off. What poured clean in...
BPA vs BPF Epoxy Resin: Compare Viscosity, Performance and Crystallisation Before You Choose
Open two buckets side by side, same manufacturer, same amber color, and you might assume you're...
BPA vs BPF Epoxy Resin: Compare Viscosity, Performance and Crystallisation Before You Choose
Open two buckets side by side, same manufacturer, same amber color, and you might assume you're...
Mixing by Weight vs by Volume: Understand Why the Numbers Differ Before Your Next Pour
You read the label. It says 2:1. Then you flip to the data sheet and see...
Mixing by Weight vs by Volume: Understand Why the Numbers Differ Before Your Next Pour
You read the label. It says 2:1. Then you flip to the data sheet and see...
How to Seal Wood Before Applying Epoxy
Bubbles. That's the short answer to why this step exists. Wood is full of tiny pores...
How to Seal Wood Before Applying Epoxy
Bubbles. That's the short answer to why this step exists. Wood is full of tiny pores...