Poultry Evaporative Cooling Pad

Poultry Evaporative Cooling Pad - Professional Environmental Control Solution for Modern Farms

Industrial-grade Poultry Evaporative Cooling Pad systems designed for intensive animal production are supplied by Shandong Huabang Agricultural And Animal Husbandry Machinery Co., Ltd. Our cooling pads, which have been manufactured for 17 years since 2012, reduce temperatures by 5 to 15°C while keeping operating costs at just 10% of those of conventional air conditioning systems. Our pads provide 5-8 years of dependable service life in harsh farm situations because they are made with high-density cellulose fiber and a unique phenolic resin treatment. With 75–85% evaporative efficiency at standard face velocities, the sophisticated 7090 and 5090 cross-fluted designs guarantee ideal air-water contact surface area. For chicken farms in more than 100 countries globally, ISO9001 and CE certified manufacturing ensures continuous quality.

How Evaporative Cooling Technology Works for Your Poultry Farm

Latent heat absorption is the thermodynamic process that drives the cooling pad's operation. Thermal energy from the airstream is used by water evaporation as hot outside air flows over continually wetted cellulose material.

This method somewhat raises relative humidity while significantly lowering dry-bulb temperature. As a result, during the busiest summer months, broilers, layers, and breeders are directly protected from heat stress by a cooler, fresher environment.

Your birds continue to consume the right amount of food and grow at the best rates. The risk of death from heat-related stress declines dramatically, and egg production stays steady.

Technical Specifications and Performance Parameters Of Poultry Evaporative Cooling Pad

Six Core Advantages That Protect Your Investment

Customizable Dimensions for Perfect Integration

Your farm layout is unique. We manufacture cooling pads in custom sizes that align precisely with your ventilation fan capacity and barn dimensions, eliminating air bypass gaps.

Proven Temperature Control Performance

Consistent temperature decreases of 5–15°C are guaranteed by laboratory-tested evaporative efficiency. Immediate alleviation from heat stress protects feed conversion ratios and lowers mortality throughout crucial summer months for your flock.

Superior Sturdiness in Difficult Situations

A structure resistant to drooping, softening, and microbial deterioration is produced by combining polymerized phenolic resin with premium cellulose fiber. For five to eight years, our pads are continuously saturated with water, maintaining their structural integrity.

Energy Efficiency That Reduces Operating Costs

Operating expenses equal only 10% of conventional air conditioning systems. Lower energy consumption means higher profit margins while maintaining superior cooling performance across large-scale operations.

Improved Air Quality for Healthier Flocks

The pad structure naturally filters airborne dust particles and dilutes harmful ammonia concentrations. Fresh, clean air enters your barn, supporting respiratory health and optimal growth conditions.

Simple Installation and Minimal Maintenance

Modular design enables quick mounting into existing ventilation walls. Routine maintenance requires only periodic water system flushing and occasional inspection—no complex procedures or specialized technicians needed.

Quality Control Standards That Ensure Reliability

Every Poultry Evaporative Cooling Pad undergoes rigorous multi-stage inspection before shipment. Raw paper tensile strength testing confirms the material won't disintegrate under constant saturation.

Resin loading verification uses laboratory burn-off analysis to guarantee optimal phenolic resin ratios. Insufficient curing causes premature collapse; excess curing impairs water absorption—our process maintains the precise balance.

Dimensional tolerance inspections maintain specifications within ±2mm using calibrated measurement tools. Perfect squareness prevents air bypass during installation.

Wind tunnel simulation tests measure real-time static pressure drop and cooling efficiency across varying air velocities. Only pads meeting strict aerodynamic performance benchmarks receive approval.

Accelerated aging tests expose materials to intensive UV radiation and microbial immersion. This certifies long-term resistance against algae fouling and structural degradation in humid farm environments.

Practical Installation and Maintenance Guidelines

Calculating Required Pad Area

Determine your total exhaust fan capacity at operational static pressure (measured in CFM or m³/h). Divide this value by the optimal design face velocity of 1.75-2.0 m/s for 150mm thick 7090 pads.

This calculation ensures maximum evaporative efficiency while preventing water droplet carryover into your barn.

Water Quality Management

Maintain the water's pH between 6.0 and 8.0 while it is operating. Use continual bleed-off at 5–10% of evaporated volume to maintain Total Dissolved Solids below 1000 ppm.

Plan complete dry-out cycles once every 24 hours, usually overnight, to eliminate surface algae spores. Use approved quaternary ammonium biocides when needed; avoid strong acids and chlorine concentrations more than 1 ppm.

Finding Replacement Indicators

Replace the pads when the internal flute geometry shows widespread collapse, mineral scaling covers more than 30% of the surface area, or the static pressure drop approaches 40 Pa at standard velocity.

Frequently Asked Questions

Q: What distinguishes 5090 configurations from 7090 configurations?

A: The 7090 type is perfect for high-volume tunnel ventilation in broiler and layer buildings because of its 7mm flute height and reduced airflow resistance. The 5090 arrangement, which is ideal for chick hatcheries or areas with exceptionally low humidity, has 5mm flutes with a larger contact surface area, offering better cooling efficiency but higher static pressure.

Q:How can I stop the cooling pad from softening too soon?

A: Inadequate resin content or exposure to alkaline water cause premature breakdown. Choose pads from producers who enforce stringent quality control for resin impregnation. During field activities, keep the pH of the water between 6.0 and 8.0 to protect the resin coating.

Q:Can cooling pads function well in humid environments?

A: In hot, dry weather, evaporative cooling works best. Temperature lowering diminishes but still offers quantifiable alleviation in humid situations. Regardless of the surrounding humidity, performance is maximized by choosing the right pad thickness and designing the face velocity.

Q:How frequently should the water distribution system be cleaned?

A: During active cooling seasons, check and flush distribution pipes once a month. Eliminate silt accumulation and provide consistent water flow in every pad segment. A thorough cleaning every year keeps mineral deposits from obstructing nozzles.

Q:What causes uneven cooling across my barn?

A: Uneven cooling typically results from non-uniform water distribution, pad area insufficient for fan capacity, or air leakage around pad frames. Verify proper pad installation, check water pump pressure, and seal all gaps in the mounting frame.

Contact Us for Customized Poultry Cooling Solutions

Are you ready to use poultry evaporative cooling pad to enhance flock comfort and performance? Our technical team provides site planning, system design, and detailed configuration recommendations tailored to your specific requirements.

Contact Us today at admin@huabangsmart.com for expert consultation and competitive factory-direct pricing.