Shiruba XB 2100 Hang On Back Filter

The Shiruba XB-2100 Hang On Filter is a powerful and efficient hang on back aquarium filter designed for aquariums up to 80 litres. With a maximum flow rate of 560 L/H, it delivers strong and stable circulation for freshwater aquariums, community tanks, and planted aquarium systems. Its external HOB design helps keep the inside of the aquarium neat, making it suitable for aquascaping layouts where equipment visibility should be minimal.

The filter is designed with an efficient cartridge-flow system that improves water contact with the filtration media. This helps remove suspended debris, improves water clarity, and supports stable aquarium conditions. The adjustable flow switch allows better control of water movement, making it useful for different tank styles, including planted tanks, fish-only setups, and small community aquariums.

The Shiruba XB-2100 Hang On Filter is ideal for hobbyists who need stronger filtration than smaller HOB models while still maintaining a clean and space-saving aquarium setup. The waterfall-style output improves surface movement and oxygen exchange, helping support healthy fish, plants, and beneficial bacteria. It is a practical filter choice for medium-sized freshwater aquariums that require reliable daily filtration.

Technical Specifications

• Product Type: Hang On Back Filter
• Model: Shiruba XB-2100
• Tank Capacity: Up to 80 Litres
• Maximum Flow Rate: 560 L/H
• Flow Control: Adjustable water flow switch
• Filtration Design: Efficient cartridge-flow system
• Installation: Hang-on external mounting
• Application: Freshwater aquariums, planted tanks, community tanks

FAQ

1. Is the Shiruba XB-2100 Hang On Filter suitable for planted aquariums?
Yes, it is suitable for planted aquarium systems up to 80 litres.

2. What tank size is the XB-2100 suitable for?
The Shiruba XB-2100 Hang On Filter is designed for aquariums up to 80 litres.

3. Is the flow adjustable?
Yes, it includes an adjustable water flow switch.

4. Does it improve oxygen levels?
Yes, the waterfall-style return improves surface movement and oxygen exchange.