Are you an enthusiastic crafter wondering why resin is bendy? You’re not alone!
Why is Resin Bendy?
Many craftspeople have asked the same question. While it may seem counterintuitive that a material that hardens should be bendable, there are reasons why this is true.
Let’s take a look at what makes resin so bendy.
The Flexibility of Resin
First, it’s important to remember that resin isn’t bendable until it has hardened completely. The reason for this is the chemistry of the material; when mixed, the two parts of resin form a reaction that causes them to polymerize—that is, to bond together into one solid piece.
This process can be sped up by applying heat or pressure to the mixture, which will help it cure faster and become more reliable. However, the material will eventually harden naturally over time if left alone.
Once cured, most resins tend to remain pretty flexible because they contain small amounts of plasticizers—chemicals that can change how a material behaves without changing its basic structure. Plasticizers allow resins to stay somewhat flexible even after they’ve cured, making them easier to work with than other materials such as wood or metal.
Resin’s Strength and Durability
Another reason why resin is so popular among crafters is its strength and durability. Once cured, the wax becomes extremely strong and resistant to wear and tear—which means it can withstand long-term use without damaging or wearing down over time.
Additionally, because resin remains flexible even after curing, it can be shaped into almost any form without breaking or cracking—perfect for quickly creating intricate shapes and designs!
As we’ve seen, there are plenty of reasons why resin is so bendy. From its ability to stay flexible even after curing thanks to small amounts of plasticizers in its makeup to its strength and durability once set, resin offers something special for crafters everywhere!
So next time you’re working on your latest project using resin, make sure you pause and appreciate just how versatile this excellent material truly is!