High-Flow Grade 3 Glass Filter Media for Pool Systems

Product Overview

As a retailer of specialized pool filtration products, I present this coarse-grade glass filter media, designed for high-flow applications and support layers. This Grade 3 (G3) glass media ensures optimal water distribution and superior backwash efficiency.

Key Features

• Professional Grade 3 specification
• Coarse particle size: 3mm to 6mm
• 25kg commercial packaging
• Engineered support material
• Maximum flow efficiency
• Durable filtration medium

Technical Details

The EGFM Glass Filter Media Grade 3 represents the coarsest grade in glass media technology. With a particle size range of 3mm to 6mm, this media is perfect for creating support layers and ensuring optimal water distribution through filter beds.

Specifications Table

Specification	Detail
Product Type	Glass Filter Media
Grade	Grade 3 (G3)
Particle Size	3mm – 6mm
Package Weight	25kg
Product Code	DRL-EGFM-3
Material	Engineered Glass
Color	White/Clear
Application	Support/Base Layer

Performance Benefits

• Superior water distribution
• Excellent flow rates
• Enhanced backwash efficiency
• Reduced pressure drop
• Stable support layer
• Improved bed stratification

Technical Applications

• Filter base layers
• High-flow systems
• Commercial installations
• Support bed material
• Large pool systems

Material Characteristics

• Large particle size
• High void volume
• Non-compacting structure
• Chemical resistant
• Robust composition

Environmental Benefits

• Recycled glass construction
• Sustainable material
• Reduced water consumption
• Chemical resistant
• Extended service life
• Environmentally responsible

Usage Information

Grade 3 media is primarily used as a support layer in multi-grade filter beds, providing optimal water distribution and preventing the loss of finer media grades. Its coarse grade makes it ideal for maintaining flow efficiency and supporting upper filtration layers.

This professional-grade support media represents an essential component in modern pool filtration systems, providing the foundation for optimal filter performance and efficiency

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