China Aquarium Filter Media Far Infrared Bacterial House Manufacturer, Quotes

Far-infrared Bacteria House is a new bio filter which can effectively kill the harmful bacteria in the water by radiating small amounts of far-infrared rays.The main characteristic is a filter endowed with good porosity which can rapidely remove the harmful elements like the ammonia,nitrite,sulfureted hydrogen,and heavy metal from water.In addition to this,the filter prevent the growth of mold and algae.The filter also has excellent visible impurities absorption capabilityes along with PH stabilizing.The new product will sit on top of bio filtering.

Product Description

Special High Temperature Sintering

The quality of the material is sintered, the weight is light and surface area is large, the water absorption is about 70%, the air permeability is high, the oxygen content of water is increased, the multiplication of nitrifying bacteria and the establishment of the colony system are greatly accelerated.

Size: 25*25mm
Packing: 15KGS / Woven bag or carton box

Specification

Items Data Items Data
PH 7.1 Al2O3 7.87%
Poros Ratio 65.64% CaO 8.44%
Water adsorption 58.86% MgO 0.71%
Volumn Density 1.13g/cm3 Fe2O3 0.53%
Compressive strength 17 N/mm K2O 0.53%
SiO2 80.92% Na2O 0.11%
TiO2 0.13% - -

Frequently Asked Questions

Q What is the primary benefit of high-temperature sintering for this material?
High-temperature sintering creates a lightweight structure with high air permeability, a huge specific surface area, and around 70% water absorption, which dramatically accelerates nitrifying bacteria growth.
Q Does this sintered media affect the water pH value?
The product maintains a near-neutral pH value of 7.1, making it safe and stable for most standard aquatic systems without causing sudden water chemistry shifts.
Q What dimensions and packaging choices are available?
The standard size is 25*25mm, and it is supplied in 15KGS quantities packed in either woven bags or carton boxes according to requirement.
Q What makes it efficient for establishing biological colonies?
With a high porosity ratio of 65.64% and optimal water absorption, it provides an exceptional surface area and increased dissolved oxygen to cultivate nitrifying colonies rapidly.
Q What is the mechanical strength and durability of the material?
It features a compressive strength of 17 N/mm and a volume density of 1.13 g/cm³, offering substantial resistance to crushing during transportation and prolonged continuous filtration.

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