High-Performance Epoxy Casting System

Deep Pour X is a high-performance epoxy casting system formulated with an extra slow cure time, allowing for pours up to 3 inches. This system is extremely durable, with excellent air release, low exotherm, and 100% solids, making it perfect for a wide range of applications.

Ideal for Thick Pours

Deep Pour X is specifically designed for thicker pours, with a minimum recommended casting depth of 2 inches, depending on your working conditions. It's essential to maintain material and shop temperatures between 60F-80F throughout the casting process, as cooler temperatures will help reduce the risk of overheating.

Working Conditions

For best results, all materials and working conditions should be maintained at a constant 60°F-80°F. Epoxy is a temperature-sensitive material, and working in a shop or with material above 80°F can cause it to set too quickly and exotherm, resulting in yellowing, distortion, shrinkage, or cracking.

Maximum Casting Thickness

The maximum casting thickness can vary depending on several factors, including shop temperature, material temperature, mixing quantity, mold material, project dimensions, and more. As a general guideline, Deep Pour X should be poured 2-3 inches thick per pour. Pouring under 2 inches will take 48-72 hours to cure, while pouring over 3 inches may result in yellowing, shrinking, or cracking.

Exothermic Reaction and Seal Coat

When mixing epoxy, it's essential to be aware of the exothermic reaction, which can cause the mixture to heat up, fume, and smoke. Always mix only what you're ready to pour, and use it immediately. Additionally, remember to apply a seal coat before coating or casting against bare wood or porous surfaces to minimize the effects of off-gassing and create a thin air-tight barrier.

Advanced Deep Pour Epoxy Resin System

Please note that Deep Pour X is an advanced deep pour epoxy resin system, and it's essential to follow the instructions carefully and work in a controlled environment. Do not use Deep Pour X resin in working temperatures above 85°F.