BM CHILLER 800 (FLOW 1000-2500L/H)

The BM Chiller 800 is a high-capacity chiller designed to maintain an optimal temperature in large marine and freshwater aquariums. With an adjustable flow rate from 1000 to 2500 liters per hour, this device ensures effective cooling to preserve the health of corals, fish, and aquatic plants. Quiet, energy-efficient, and durable, it is ideal for complex aquatic environments.

Main Features:

• Adjustable flow rate: Flow capacity between 1000 and 2500 L/h, offering flexibility for large aquariums.
• High-performance cooling: Maintains a stable temperature to prevent overheating.
• Silent technology: Quiet operation thanks to advanced design minimizing noise.
• Energy-efficient: Designed to deliver maximum performance with reduced energy consumption.
• Robust construction: Corrosion-resistant materials for durable use in freshwater and marine environments.
• Convenient installation: Compatible with a variety of aquarium systems thanks to universal connections.

Why choose the BM Chiller 800?

• Exceptional capacity: Ideal for large aquariums requiring reliable and powerful cooling.
• Optimal protection: Maintains perfect living conditions for tropical fish, corals, and sensitive plants.
• Proven reliability: Operates consistently to ensure a balanced aquatic environment.
• Easy maintenance: Simple disassembly for effortless cleaning and upkeep.
• Longevity: Built to withstand demanding environments and ensure long-term use.

Ideal applications:

• Cooling large marine and freshwater aquariums
• Preserving complex aquatic ecosystems requiring precise temperature control
• Use in domestic or professional settings needing reliable and constant cooling
• Maintaining temperature in aquariums housing corals, tropical fish, and sensitive aquatic plants

With the BM Chiller 800, ensure a healthy and balanced aquatic environment for your large aquariums. Durable, energy-efficient, and high-performing, this chiller is the ideal solution to maintain perfect temperature under the most demanding conditions.