Dymax - Filter Socks

Dymax – Filter Socks

Dymax Filter Socks are designed to provide efficient mechanical filtration by capturing fine debris and waste from the water column before it circulates back into your aquarium. Made from highly durable material and available in commonly used sizes, these filter socks help maintain crystal-clear water and improve overall filtration performance. Ideal for overflow and sump-based systems, they are suitable for both freshwater and marine aquariums.

Key Features

• Effective Mechanical Filtration – Wide micron range efficiently traps debris, uneaten food, and waste

• Durable Construction – Made from high-quality material for repeated use and long service life

• Improves Water Clarity – Helps keep aquarium water clean and visually clear

• Overflow & Sump Compatible – Commonly used in aquariums with overflow filtration systems

• Freshwater & Marine Safe – Suitable for both freshwater and saltwater aquariums

Technical Specifications

• Product Type: Mechanical filter sock

• Material: Durable filtration fabric

• Use: Debris and particulate removal

• Aquarium Type: Freshwater and marine aquariums

• Available Sizes:

  • 4"

  • 7"

Usage Tips

• Wash or replace filter socks regularly to maintain optimal filtration performance

• Keep spare filter socks on hand for quick changes during maintenance

• Rinse thoroughly after cleaning before reinstalling in marine systems

Why Choose Dymax – Filter Socks?

Dymax Filter Socks offer reliable, efficient filtration backed by durable materials and practical design. They are an essential component for sump-based aquariums, helping maintain water clarity, reduce waste buildup, and support a healthier aquatic environment.

FAQs

Q: How often should filter socks be cleaned or replaced?
A: For best results, they should be cleaned or replaced every few days depending on bioload.

Q: Are these filter socks reusable?
A: Yes, they can be washed and reused multiple times.

Q: Can they be used in saltwater aquariums?
A: Yes, they are suitable for both freshwater and marine systems.