Ailindany Aquarium Cichlids Fish Egg Incubator Tumbler Fish Hatchery Mouth-Brooding 50mm

Product Specification:
Name: 50mm Fish Egg Incubator
Body hatch tube and gas chamber tube Material:Acrylic
Pipe clamps,elbows and connecting parts Material:PPC
Gas chamber tube:25mm(D)
Air stone size:11.5mm (D) x 31mm (H)
Body hatch tube and gas chamber tube Color:Transparent
Pipe clamps,elbows and connecting parts Color:White
Oxygen tube size:Inner diameter of 4mm/0.16″,The length of the tube is 80cm.
Product size:Main incubator:50mm (D) x 300mm (H)(as picture show)

Product Features:
The main hatching tube using acrylic transparent material, good light transmission, easy to observe the hatching process of fish eggs.
Sucker make it close to the tank wall is not easy to fall off.
Gas chamber gas evenly, to make the tube have sufficient oxygen.
When used, the oxygen pump is connected with the fish egg incubator, and a check valve is required to prevent the water from flowing into the oxygen pump.
The bottom of the main hatch tube contains sieve and biochemical cotton, effectively prevent impurities from flowing into the tube, so that the water flow through the comfort, thereby increasing the hatching rate.

Package Includes:
1 X Fish Egg Incubator

Tips:
Please allow a little size error due to hand measure.
Color may be a little different due to monitor and light brightness from pictures. Thank you for your understands.
Any question, feel free to contact us.
Made of non-toxic plastic material, hatching for raising fish eggs.
Suction tube clamp soft, easy to install, not easy to scratch the incubator director.
Hatching fish eggs, you need to use the same fish tank water, so that fish eggs adapt to the environment.
Size:diameter 50mm. Allows egg incubation in same tank as fish are breeding in to provide identical water conditions during incubation period.
The purpose of an egg tumbler is to allow fresh water to circulate over cichlid eggs that have been separated from the parents,a fresh supply of clean water allows the eggs to develop in an oxygen rich environment.