IceCap K1-200 Protein Skimmer
Footprint: 10.23" x 8.5" | Reaction Chamber: 8" | Height: 22"
Skimmer Pump: EVair 900
BIOLOAD HANDLING (Excluding sump)
- 180 GALLONS Heavy Load
- 260 GALLONS Medium Load
- 350 GALLONS Light Load
Impressive Performance - Remarkably Small Footprint
- Distinctive Turbulence Reducing Body
- Solid PVC & Acrylic Construction
- Bubble Dispersant Chamber
- Novel Pipeless Output Valve
- Efficient & Quiet Operation
- Disassembles Completely for Easy Cleaning & Maintenance
- In-Sump Installation Only
MODERN DESIGN AND FUNCTIONALITY
The IceCap K1 200 is a remarkably compact skimmer that offers a new level of refined filtration for marine aquariums ranging from 180 to 350 gallons. All aspects of the skimmer were implemented to surpass many challenges other skimmer on the market miss out on.
Compact & Built to Last
Master crafted from robust PVC and high quality acrylic. All components are marine safe and refined in every aspect to provide the latest enhancements in foam fractionation and the highest in quality.
The elegant “Beer Bottle" curve of the skimmer body naturally stabilizes the air and water mix as they transition upward within the reaction chamber. An impressively compact footprint makes it the ideal candidate for tight sump applications. Every aspect of the skimmer disassembles completely for easy service.
Quiet Performance & Control
At the Core of the IceCap K1, you will find the EVair 900 skimmer pump built to be highly durable and packing a ton efficient performance. It's easy grip and twist-Locking access to the pinwheel for easy service.
The pipeless output offers fine-tuning and trouble free underwater outflow plus quiet operation. Our pipeless design not only saves on space but also allows the outgoing water to exit on the side of the skimmer and below the water surface providing splash-free circulation in the sump.
Located much lower in the reaction chamber, the unique bubble dispersing chamber offers a multi stage diffusion of water, additional contact time for enhanced foam stability.