Did you know 78% of feed producers face pellet degradation due to inefficient cooling? Every year, $2.3 billion vanishes from the industry through moisture damage and nutrient loss. Your 20-ton/hour production line could be losing 30% of its potential profit right now. Time to cool smarter, not harder.
(feed pellet cooler)
While standard coolers take 2+ hours to reach optimal pellet temperatures (≤5°C above ambient), our UltraCool X9 Series achieves this in 20 minutes flat. See how we stack up:
Feature | Standard Cooler | UltraCool X9 |
---|---|---|
Cooling Capacity | 5-8 tons/hr | 12-25 tons/hr |
Energy Consumption | 18-22 kW | 9.5-11 kW |
Moisture Retention | ±3% variance | ±0.8% variance |
Our modular evaporative cooling pads come in 3 industry-specific configurations:
After installing 3 UltraCool X12 units:
→ 43% faster cooling cycles
→ $18,200/month energy savings
→ 0.9% pellet breakage vs. industry 3.5% average
Why settle for last-decade cooling tech when you could slash operational costs tomorrow? Our engineers have helped 370+ facilities achieve ROI in under 14 months.
Limited offer: Get FREE cooling efficiency audit with professional installation!
(feed pellet cooler)
A: A feed pellet cooler reduces the temperature and moisture of freshly extruded feed pellets using airflow. It circulates ambient or conditioned air to stabilize pellets for storage and packaging, ensuring durability and shelf life.
A: Yes, ultra cool evaporative cooler pads enhance cooling efficiency by adding moisture to incoming air. They are ideal for hot climates but require regular maintenance to prevent clogging from pellet dust or residues.
A: Replacement depends on usage and water quality, typically every 6–12 months. Inspect pads monthly for mineral buildup or damage to ensure optimal airflow and cooling performance.
A: Evaporative cooler pads lower air temperature cost-effectively and improve pellet quality by preventing overheating. They also reduce energy consumption compared to mechanical refrigeration systems.
A: Select pads based on material durability, airflow resistance, and compatibility with your cooler’s size. Corrosion-resistant cellulose or synthetic pads are recommended for longevity in humid environments.