Description

SPECIFICATIONS

Brand Name: XMSJ

Drill Type: Core Drill

Origin: Mainland China

Specification: 10m3/h

Manufacturer: Qlozone

Instruction for use: bakki shower filter

Model Number: QL-TK-370

Product name: koi pond filter

Name: bakki shower filter

Max treatment flow: 10m³/h

Material: Food Grade PP

Water inlet: 32mm

Layer number: 4

Width of the water: 200

Warranty: 1 Year

Application: Pond filter

Product Information

Qlozone factory price aquaculture aquarium fish tank bakki shower trickle filter wholesale koi fish pond filter system waterfall

Model	QL-TK-370	QL-TK-450	QL-TK-1000	QL-TK-1500	QL-TK-2000
Top length	370	540	1000	1500	2000
Bottom length	290	460	920	1420	1920
Top width	266	366	466	466	566
Total height	880	1020	1050	1050	1050
Width of the water	200	300	600	800	1200
Layer number	4	4	4	4	4
Applicable to water	10m³/h	15m³/h	30m³/h	50m³/h	70m³/h
Water inlet	32mm	63mm	50mm	50mm	63mm

What is a Bakki Shower?

A Bakki Shower is a filtration system specifically designed for koi ponds. It consists of a series of trays or shower units that are filled with a specialized filter media. This media is typically made of Bacteria House, a porous material that provides an ideal environment for beneficial bacteria to thrive. The Bakki Shower works by creating a constant flow of water through the filter media, allowing the bacteria to efficiently break down harmful waste products and toxins.

How does a trickle filter work?

Drip filtration works by pumping water from the fish tank to the top of the drip tank. When the top is full, the water drains away and slowly drops naturally into the first drip tank. Evenly distributed through the drip plate; water or drip or flow through the filter material; and then into the second drip tank. A process in which the clean water reaches the third layer at the bottom of the drip filter box and flows directly into the fish pond through the outlet. When the water passes through, it will increase the contact surface with the air and thus increase the dissolved oxygen in the water, providing an ideal living environment for aerobic bacteria.