Premium Aluminum Alloy Evaporative Cooling Pad Frame

PRODUCT OVERVIEW

The Premium Aluminum Alloy Evaporative Cooling Pad Frame System is engineered for high-performance greenhouse, agricultural, and commercial ventilation. Built with high-grade, corrosion-resistant aluminum alloy, this structural wall frame provides superior strength while remaining lightweight for easy installation. Designed to hold standard evaporative cooling pads securely, it delivers uniform water saturation and maximum airflow efficiency across severe operating conditions.

KEY FEATURES

• Heavy-Duty Aluminum Alloy Construction: Highly resistant to rust, oxidation, and chemical exposure, ensuring long-lasting structural integrity in humid greenhouse and livestock environments.

• Lightweight & High Strength: Offers high load-bearing performance with minimal structural weight, making transport and wall mounting simple and efficient.

• Uniform Water Distribution Header: Precision-designed top distribution channels ensure even water dispersion across cooling pad surfaces for optimal pad coverage and peak cooling capacity.

• Seamless Water Management: Built-in bottom return trough collects runoff effectively, preventing leaks, wall damage, and water loss during continuous operation.

• Quick Assembly & Pad Replacement: Modular frame design allows straightforward on-site installation, straightforward routine cleaning, and tool-free pad replacement during maintenance cycles.

SPECIFICATIONS

• Frame Material: Commercial-Grade Aluminum Alloy

• Compatible Pad Thickness: 100 mm / 150 mm (Standard Pad Sizes)

• Application Areas: Commercial Greenhouses, Poultry Sheds, Agricultural Facilities, Industrial Ventilation Walls

WHY CHOOSE OUR ALUMINUM COOLING PAD FRAME?

Engineered to replace heavy or rust-prone traditional frames, this aluminum alloy cooling pad system provides an ultra-durable, maintenance-free enclosure for your evaporative cooling media. It optimizes thermal control, enhances airflow performance, and protects your agricultural infrastructure for years to come.