NaN -Infinity

Evolution Aqua

Evolution Aqua K3+ Media 50L

Evolution Aqua K3+ Media 50L

£89.95
£89.95
Sale Sold out
Dispatch in 5-10 days
 More payment options
Ideal for DIY and conversion projects K3+ Media is ideal for use in both moving and static-bed filters, K3+ Media is versatile and perfect for D.I.Y. projects and conversions. • Enhance and increas...  Read More
Earn 89 Charterhouse Points with this purchase.
View full details
 

Ideal for DIY and conversion projects

K3+ Media is ideal for use in both moving and static-bed filters, K3+ Media is versatile and perfect for D.I.Y. projects and conversions.

• Enhance and increase your biological filtration with K3+ Media.

• Large format media designed to be easier to control when retrofitting into an existing filter, minimising the risk of passing through grid slots.

• Moulded with minerals for faster beneficial bacteria development.

Specifications

Diameter: 25mm

Total surface area: 800m2 per m3

Protected surface area: 500m2 per m3

Length:10mm

Colour: White

Buoyancy: Floating

Material: HDPE

Minerals added for faster filter maturation 

During the extrusion process, Evolution Aqua add a range of minerals, along with magnesium, calcium, enzymes and salt to the raw material that is used to manufacture K3+Media. The result means that K3+Media will mature much faster than many other types of media.- The addition of these minerals creates a rough surface on the media. This textured surface has a microscopic honeycomb of peaks and craters that allow waste particles to collect, and nitrifying bacteria to form.- The minerals act as a food source for the bacteria, helping the bacteria to develop and multiply at a faster rate, further improving maturation times.- Calcium alone has proven advantages for developing and maintaining effective bio-films.- The enzymes that are added also help to make the media “sticky” so waste particles can adhere to media easier.- Salt is added during the extrusion process, which is dissolved during the cooling process, leaving a rough surface on which bio-film can easily adhere.
Close

New content loaded