MY-35 Internal Filter 2000L/H

Introduction

The MY-35 Internal Filter is a high-performance filtration system designed for large aquariums requiring efficient mechanical, biological, and chemical filtration. With a powerful 2000L per hour flow rate, this submersible filter ensures optimal water circulation, removing debris and impurities while promoting clear and healthy water conditions. Ideal for freshwater and marine tanks, the MY-35 Internal Filter is a reliable solution for maintaining a clean and well-oxygenated aquarium environment.

Features

• High Flow Rate (2000L/H): Ensures strong water movement and effective filtration for large aquariums.

• Multi-Stage Filtration: Provides mechanical, biological, and chemical filtration for crystal-clear water.

• Submersible Design: Easy to install and fits discreetly inside the tank.

• Adjustable Water Flow: Customize the filtration speed based on your tank’s needs.

• Quiet Operation: Runs efficiently with minimal noise, ensuring a peaceful aquarium environment.

• Durable Construction: Made from high-quality materials for long-lasting use.

• Oxygenation Enhancement: Helps increase dissolved oxygen levels to support healthy fish and plants.

Usage

• Install in the Aquarium: Submerge the filter and secure it using the provided suction cups.

• Adjust the Water Flow: Modify the flow rate for optimal circulation.

• Routine Cleaning: Rinse the filter media every 2-4 weeks to maintain efficiency.

• Monitor Water Quality: Regularly check for ammonia, nitrites, and nitrates to ensure a balanced environment.

• Replace Media as Needed: Change or clean the filter sponge and media periodically for best performance.

Recommendations

The MY-35 Internal Filter is best suited for large freshwater and marine aquariums (100-300 liters) that require strong water flow and effective filtration. It is an excellent choice for cichlid tanks, predator tanks, and high-bioload setups. For optimal results, pair it with additional biological media or a pre-filter sponge to enhance filtration efficiency.