Nyle Systems is at the forefront of enhancing the kiln drying process, recognizing the pivotal role that coils play in achieving optimal drying conditions. In a strategic collaboration with leading industry experts, we have pioneered the development of coils that stand out for their longevity and are meticulously engineered for unmatched performance in lumber drying. Through our exclusive partnership with a premier coil manufacturer, we're proud to introduce coils that are not only specially designed for the lumber drying industry but also embody durability and exceptional functionality.
With options ranging from 6,000BF to 16,000BF, our coils are designed to cater to a diverse array of drying requirements. Whether you're dealing with small batches or large volumes, Nyle ensures your drying process is both efficient and effective.
Our coils are engineered to operate seamlessly within the temperature range of 80-180ยฐF. This capability ensures the provision of ideal conditions for superior drying results, accommodating various lumber types and moisture content levels.
Nyle's engineered coils are designed for cost efficiency, providing detailed operational cost insights for both softwood and hardwood drying processes:
Propane: 60-65 Gallons/1000 BF
Electric Costs: 250 KWH/1000 BF
Propane: 65-70 Gallons/1000 BF
Electric Costs: 225 KWH/1000 BF
The precision and efficiency of Nyle's engineered steam and hot water coils are unmatched. They are indispensable for maintaining precise temperatures within your kiln and achieving the best drying outcomes. By choosing Nyle's engineered coils, you're not just upgrading your kiln's performance but investing in a solution designed to deliver consistent results and operational cost savings.
Embrace the next level of kiln drying efficiency and performance. With Nyle's engineered coils, you can look forward to not only meeting but exceeding your lumber drying needs. Elevate your kiln's performance today and witness the transformative impact of Nyle's engineered solutions on your operations.