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  • Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
  • Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
  • Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
  • Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
  • Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
  • Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver
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Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver

  • >= 10 Pieces
    $3

Customization:

Customized logo(Min.Order: 100 pieces)

Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Drift Elimination: Prevents water droplet ejection from cooling towers, enhancing efficiency and reducing environmental contamination.
  • Airflow Regulation: Optimizes air intake distribution through its corrugated cellular design, ensuring uniform cooling performance in HVAC and industrial systems.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With corrosion-resistant PVC, FRP, and PP materials, ensure long-lasting durability in harsh industrial environments. ~30% lighter than traditional metal alternatives*, reducing installation and maintenance costs.

  • 2. Customizable Corrugated Design

  • With modular corrugated patterns, adapt airflow pathways to specific operational needs. Sharp angular folds optimize structural flexibility for diverse installation configurations.

  • 3. High-Performance Airflow Efficiency

  • With engineered corrugations, achieve ~20% higher airflow capacity than standard louvers*, maintaining efficient cooling performance under continuous operation.

  • 4. Commercial-Grade Scenario Solutions

  • Designed for industrial cooling systems, withstand extreme temperatures and humidity, ensuring reliable operation in commercial HVAC and cooling tower applications.

  • 5. Compliance with Industrial Standards

  • With FRP and PP construction, meet corrosion resistance and safety standards for long-term use in demanding environments. Materials comply with regulations for sustainable industrial infrastructure.

Product details

Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver

The Durable Cooling Tower Drift Eliminator Cellular Air Inlet Louver is designed to optimize airflow efficiency and structural integrity in industrial cooling systems. Crafted from corrosion-resistant materials like PVC, FRP, or PP, it features a corrugated design that enhances heat dissipation and airflow distribution. Its modular construction allows customization to meet specific operational demands, backed by a 1-year warranty.

Technical specifications

FeatureSpecificationBenefit
MaterialPVC, FRP, PPChemical/corrosion resistance, lightweight durability
DesignCorrugated angular foldsIncreased surface area for efficient airflow
Corrosion ResistanceMeets ASTM G85 standardsWithstands harsh industrial environments
Temperature Range-20°C to +80°C (varies by material)Operates in extreme conditions
Warranty1 yearGuaranteed performance reliability

Customization guide

Adjustable parameters include:

  • Thickness: Tailored to balance rigidity and flexibility for specific airflow requirements.
  • Fold Pattern: Custom corrugation angles to optimize surface area or structural strength.
  • Material Coating: Optional anti-corrosion or UV-resistant finishes.

Get inspired

The corrugated design maximizes airflow efficiency while minimizing water drift loss. For instance, a medium-thickness FRP louver is ideal for HVAC systems in coastal regions, where its corrosion resistance and lightweight structure reduce maintenance costs.

Choose your model

ParameterBase Model (PVC)Advanced Model (FRP)Pro Model (PP)
Corrosion ResistanceASTM G85 Grade 2ASTM G85 Grade 3 (+15%)ASTM G85 Grade 4 (+30%)*
Max Temperature+60°C+70°C+80°C
Weight8 kg/m²6.5 kg/m² (-18%)7.2 kg/m²

Supplier's note

  1. Technical Breakthroughs:

    • FRP Material: 18% lighter than PVC, reducing installation costs while maintaining structural integrity.
    • PP’s Chemical Resistance: Triple the acid/alkali tolerance of industry standards, enabling use in chemical plants.
    • Corrugated Design: 25% higher airflow efficiency than flat louvers, validated in ISO 12043 tests.
  2. Version Selection Guide:

    • Base Model (PVC): Ideal for standard HVAC systems in non-corrosive environments (e.g., commercial buildings).
    • Advanced Model (FRP): Suitable for marine or industrial zones requiring lightweight yet durable solutions.
    • Pro Model (PP): Best for harsh chemical processing facilities needing extreme temperature and corrosion resistance.

With the Pro Model’s ASTM G85 Grade 4 certification, users can safely handle acidic cooling tower water, while its +80°C tolerance ensures stability in high-temperature applications. Pairing PP’s chemical resistance with the corrugated design creates a self-cleaning surface that reduces clogging in demanding scenarios.

Note: Comparative values (e.g., +15%) reflect improvements over the Base Model’s specifications.

Frequently asked questions

  • Which material is best for a Durable Cooling Tower Drift Eliminator in high-corrosion industrial environments?

  • How do I clean and maintain a Cellular Air Inlet Louver to prevent clogging?

  • What are the differences between PVC, FRP, and PP materials for Cooling Tower Drift Eliminators?

  • Can the Durable Cooling Tower Drift Eliminator be customized for specific airflow requirements?

  • Is the Cellular Air Inlet Louver certified for industrial cooling tower applications?

  • Which model suits high-temperature cooling tower systems?

  • How often should I inspect the Drift Eliminator for wear and tear?

  • Can coatings be added to the Cellular Air Inlet Louver for UV or weather resistance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Drift EliminatorsCooling towers (water conservation)Efficiency: Industry Standard (98%)Our Base (▲99%)Our Advanced (▲▲99.9%) (ISO 3126)
Air Inlet LouversHVAC systems (airflow regulation)Airflow: Industry (1000 CFM)Our Base (▲1200 CFM)Our Advanced (▲▲1500 CFM) (ASHRAE 90.1)
Fill MediaHeat exchange in cooling towersHeat Transfer: Industry (85 BTU/hr)Our Base (▲90 BTU/hr)Our Advanced (▲▲100 BTU/hr) (ASHRAE 12-2005)
Structural MaterialsTower support (corrosion resistance)Corrosion Resistance: Industry (300 hrs)Our Base (▲500 hrs)Our Advanced (▲▲1000 hrs) (ASTM G85)
Basin MaterialsWater containment (chemical resistance)Chemical Resistance: Industry (20 exposures)Our Base (▲50 exposures)Our Advanced (▲▲100 exposures) (ASTM D543)
Fan BladesAir circulation (noise reduction)Noise Level: Industry (50 dBA)Our Base (▲45 dBA)Our Advanced (▲▲40 dBA) (ISO 3744)

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