Wood is a timeless and beloved construction material, cherished for its natural beauty, durability, and versatility. However, over time, wood can degrade, rot, and deteriorate due to environmental factors such as moisture, sunlight exposure, and insects largely due to neglect. To restore and preserve wood in older buildings, flexible epoxies have emerged as a groundbreaking solution.
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As temperatures rise, tackling repair projects can become challenging due to the potential impact of heat on the effectiveness of various epoxy fillers. However, when it comes to warm weather applications, Dura-Fix Warm Weather Formula stands out as an ideal solution. Designed to withstand high temperatures, remain flexible, and deliver exceptional bonding strength, Dura-Fix WWF offers numerous advantages for repairs to rotted and damaged wood in warm conditions. In this article, we will explore the unique characteristics of Dura-Fix WWF and provide practical tips on how to optimize its performance during warm weather.
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The concept of impregnating rotten and decayed wood with epoxy was first introduced by Morgan Phillips, a Columbia University graduate, back in the mid-1970’s during his work at SPNEA ( Society for the Preservation of New England Antiquities ). The consolidation method made it into The National Park Services’ Preservation Briefs written in the early 1980s. This concept of consolidation was quickly adopted into the commercial market by several manufacturers of epoxy compounds. Sold under the names such as: epoxy primers, penetrators, stabilizers, wood hardeners, and of course, rot consolidants.
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As the days get shorter and the nights cooler, you might find the Dura-Fix Warm Weather material taking longer to cure. What causes this?
This delay in curing is caused by temperatures dropping overnight into the 50’s or lower.
The thinner the layer the slower it takes to cure because the Dura-Fix generates it’s own heat as part of the curing process. Thin layers dissipate the heat, a thick layer retains the heat.
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