Energy-Efficient Adiabatic Evaporative Cooling
Farmjoy Paper Cooling PAD delivers powerful, cost-effective temperature reduction
through a natural adiabatic evaporation process.
A thin water film on the corrugated fiber paper surface absorbs heat from incoming
dry air drawn by fans, evaporating into water vapor to deliver cool, humidified air into
the facility.
This zero-refrigerant cooling method drastically cuts energy consumption compared
to mechanical cooling systems, delivering exceptional operational cost savings.
Special Treated High-Strength Corrugated Paper Construction
Manufactured with specially processed corrugated paper, the pad delivers exceptional
structural strength, corrosion resistance, and long service life.
The material features excellent permeability and water absorption, ensuring uniform
water distribution across the entire pad surface, eliminating dry spots and maximizing
consistent cooling performance.
3D Spatial Structure for Optimal Heat Exchange
The three-dimensional corrugated spatial structure maximizes evaporative surface area,
creating optimal air-water contact for superior heat exchange efficiency.
Available in 4 core models with different corrugation angles and aperture sizes, it is
engineered to balance cooling efficiency and air pressure drop for diverse operational needs.
Multiple Frame Options & Color Configurations
Offers 3 frame material options to match different environmental requirements: PVC,
aluminum alloy, or galvanized sheet.
The pad is available in 3 color variants (green, brown, black) to fit diverse facility aesthetic
and functional needs, with fully customizable dimensions for bespoke installations.
4 Standard Models for Diverse Application Scenarios
Engineered with 4 standard models to cover all common cooling needs:
7090/45/45/7: Balanced performance, ideal for general applications requiring a good
mix of cooling efficiency and pressure drop
7060/15/45/7: Low pressure drop design, perfect for scenarios requiring low energy
consumption and reasonable cooling efficiency
5090/45/45/5: High-efficiency model, delivers maximum cooling performance for high-
temperature demanding applications
7090/30/60/7: Customizable model (MoQ required), for bespoke application needs with
specific efficiency and pressure drop requirements
