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Managing the heat generated during resin curing is essential to achieving successful, crack-free castings, especially when pouring at greater thicknesses. Choosing a resin with a low exothermic reaction helps prevent unwanted overheating and ensures both safety and quality results.
What Does Low Exothermic Reaction Mean?
All casting resins undergo a chemical reaction during curing, releasing heat—known as an exothermic reaction. In deep pour projects or large-scale works, this heat can build up rapidly. A resin formulated for low exotherm keeps temperature levels down during the curing process, dramatically reducing the risk of surface distortions, bubbles, or cracks in thick sections.


Practical Benefits for Deep Pour Projects
Low exothermic resins—such as Epoxytable 10-Ten—make it possible to safely pour resin layers up to 10cm thick in a single cast. This not only simplifies larger projects like river tables and resin statues but also helps preserve clarity, prevents yellowing, and controls curing speed for a flawless finish. When working with substantial volumes, it’s especially important to follow mixing ratios precisely and to cure at moderate room temperatures for best results.
When Heat Management in Resin Matters
- You’re producing thick or large-scale resin castings (tables, sculptures)
- You want to minimise risk of cracks or surface imperfections
- Long working time and clear, bubble-free results are needed

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In summary, selecting a low exothermic reaction resin is a key step for artists and makers aiming for success in deep casting and large decorative resin creations. To further explore recognising resin statues and techniques for a perfect finish, visit our main guide.
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