Understanding finish, sheen, and surface reflection helps you choose the right look…
The Buyer’s Guide to Understanding Finish, Sheen, and Surface Reflection
Browsing Category
Materials & Craft Science
48 posts
The Collector’s Guide to Paper, Canvas, Panel, and Metal Supports
Linger here to explore how choosing the right support can ensure your artwork’s lasting beauty and preservation.
The Material Science Behind Why Some Frames Stay Straight Longer
Just how advanced manufacturing techniques and innovative materials keep frames straighter longer—discover the science behind durable eyewear.
What Buyers Should Know About Print Borders and Deckled Edges
Once you understand print borders and deckled edges, you’ll be better equipped to choose artwork that enhances your decor and preserves its value.
The Basics of Art Shipping Materials and Why They Matter
Just knowing the right art shipping materials can make all the difference in protecting your valuable pieces from damage and deterioration.
An Old Patent Inspired The New “Y-zipper”, A Three-sided Fastener
A vintage patent has led to the development of the Y-zipper, a new three-sided fastener inspired by past designs, with potential applications in clothing and packaging.
Painting The Sides Of Railroad Rails White To Reduce Derailment
Rail companies are testing painting rail sides white to improve visibility and reduce derailments. The initiative is in early implementation stages.
Japan develops a method to recover up to 90% of lithium from used EV batteries
Japan has announced a new process capable of recovering up to 90% of lithium from end-of-life electric vehicle batteries, potentially transforming battery recycling.
We Know Simple Fluids Can Flow. Turns Out, Some Can Fracture
New findings reveal that certain simple fluids can fracture, challenging long-held assumptions about fluid behavior and opening new scientific avenues.
Snails’ Teeth Beats Spider Silk As Nature’s Strongest Material (2015)
Research shows snail teeth are stronger than spider silk, redefining natural material strength. Confirmed in 2015, this discovery impacts biomaterials science.
