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1
R 4,820.20
SavedSave
Please note that shipping and installation is not included.8″ Diameter glass filter media system with an automatic backwash head
Glass media filters
can last up to 3 times longer than traditional silica sand. Sand
filters usually have a life expectancy of less than 5 years. Whereas
glass media filters can last longer than 10 years. Not only this, but
the overall maintenance cost can be far less than a sand filer.
In fact
Glass Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
What is 8″ Diameter glass filter media system with an automatic backwash head?
Made from grains of recycled glass, glass filter media is used in media filters to keep debris and bacteria out of your water. As water is pumped to the filter, it passes through the glass media, which captures particles using a static charge.
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Back washes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chlor amines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 10,061.44
SavedSave
Please note that shipping and installation is not included.14″ Diameter Glass Filter Media System With An Automatic Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Back washes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 8,065.55
SavedSave
Please note that shipping and installation is not included.13″ Diameter Glass Filter Media System With An Automatic Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Back washes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 6,997.43
SavedSave
Please note that shipping and installation is not included.12″ Diameter glass filter media system with an automatic backwash head
Glass media filters
can last up to 3 times longer than traditional silica sand. Sand
filters usually have a life expectancy of less than 5 years. Whereas
glass media filters can last longer than 10 years. Not only this, but
the overall maintenance cost can be far less than a sand filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.Glass media filters can last up to 3 times longer than
traditional silica sand. Sand filters usually have a life expectancy of
less than 5 years, whereas glass media filters can last longer than 10
years. Not only this, but the overall maintenance cost can be far less
than a sand filer.
Due
to its higher filtration qualities, Glass Filtration Media has largely
replaced traditional silica sand. It improves the clarity of the water
by removing finer impurities and saves water, power, and chemicals by
requiring fewer back washes. Filter media play a crucial role in
removing impurities and ensuring the quality and purity of fluids and
gases in various industries. By utilizing different types of filter
media, contaminants can be efficiently removed, leading to improved
performance, safety, and environmental sustainability
.
6h
Mbombela / Nelspruit
1
R 5,815.04
SavedSave
Please note that shipping and installation is not included.10″ Diameter glass filter media system with an automatic backwash head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Backwashes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 2,593.30
SavedSave
Please note that shipping and installation is not included.8″ Diameter Glass Filter Media System With A Manual Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Back washes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 7,833.29
SavedSave
Please note that shipping and installation is not included.14″ Diameter Glass Filter Media System With A Manual Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Backwashes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 5,746.73
SavedSave
Please note that shipping and installation is not included.13″ Diameter Glass Filter Media System With A Manual Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Backwashes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 4,770.52
SavedSave
Please note that shipping and installation is not included.12″ Diameter Glass Filter Media System With A Manual Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particles.Crushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Backwashes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 3,585.65
SavedSave
Please note that shipping and installation is not included.10″ Diameter Glass Filter Media System With A Manual Backwash Head
Glass media
filters can last up to 3 times longer than traditional silica sand.
Sand filters usually have a life expectancy of less than 5 years.
Whereas glass media filters can last longer than 10 years. Not only
this, but the overall maintenance cost can be far less than a sand
filer.
Glass
Filtration Media replaces traditional sand media in all filtration
applications. It is manufactured from a specific glass type and
processed to obtain the optimum particle size and shape, and then
activated to increase the surface area by 300 times over crushed glass
or sand.
A High-Tech Filter Media Virgin plate-glass Advanced Manufacturing Technology Slightly negative charge attract particlesCrushed Glass Media provides a viable alternative to sand. Made from
recycled glass, it doesn’t involve intrusive mining and the use of
scarce resources.
What is it for?
Substitute for Silica Filter Media.To begin taking advantage of the benefits of Glass Filter Media:
Remove old filter mediaFill with Glass Filter MediaStart normal operation
Water Savings!:
Reduced Backwash time
Approximately 50% savings
Fewer Backwashes needed
Energy (and equipment) Savings:
Less friction loss
Increased filtered water volume
Less Equipment Maintenance
Chemical Cost Savings:
Flocculent products
Disinfection products
PH control products
Longer Life Span:
Silica lasts 3 – 5 years, glass media will last 15 years
A single grain type is used, filters can be emptied for maintenance and the same media can be reused.
Increased Quality and Hygiene:
Reduces the presence of bacteria
Reduced Chloramines & presence of disinfectants
6h
Mbombela / Nelspruit
1
R 9,585.76
SavedSave
Please note that shipping and installation is not included.14″ Diameter carbon filter media system with automatic backwash head
Firstly helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the 14″ Diameter carbon filter media system with automatic backwash
head is effective at removing compounds that create bad tastes and odors
from tap water, resulting in better-tasting water. Versatile: Removes
or reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
6h
Mbombela / Nelspruit
1
R 7,466.90
SavedSave
Please note that shipping and installation is not included.14″ Diameter Carbon Filter Media System With A Manual Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the 14″ Diameter Carbon Filter Media System With A Manual Backwash Head
is effective at removing compounds that create bad tastes and odors
from tap water, resulting in better-tasting water. Versatile: Removes or
reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
Activated
carbon helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides, endocrine disruptors, and
pharmaceutical products. Activated carbon is also employed in reducing
components that result in undesirable tastes and odors.It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 8,576
SavedSave
Please note that shipping and installation is not included.13″ Diameter Carbon Filter Media System With An Automatic Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the 13″ Diameter Carbon Filter Media System is effective at removing
compounds that create bad tastes and odors from tap water, resulting in
better-tasting water. Versatile: Removes or reduces a wide variety of
different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
Activated
carbon helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides, endocrine disruptors, and
pharmaceutical products. Activated carbon is also employed in reducing
components that result in undesirable tastes and odors.It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 6,581.36
SavedSave
Please note that shipping and installation is not included.13″ Diameter Carbon Filter Media System With A Manual Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the 13″ Diameter Carbon Filter Media System With A Manual Backwash Head
is effective at removing compounds that create bad tastes and odors
from tap water, resulting in better-tasting water. Versatile: Removes or
reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
Activated
carbon helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides, endocrine disruptors, and
pharmaceutical products. Activated carbon is also employed in reducing
components that result in undesirable tastes and odors.
It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 6,327.99
SavedSave
Please note that shipping and installation is not included.12″ Diameter Carbon Filter Media System With An Automatic Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the Carbon Filter Media System With An Automatic Backwash
Head is effective at removing compounds that create bad tastes and odors
from tap water, resulting in better-tasting water. Versatile: Removes
or reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
Activated
carbon helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides, endocrine disruptors, and
pharmaceutical products. Activated carbon is also employed in reducing
components that result in undesirable tastes and odors.
It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 4,333.34
SavedSave
Please note that shipping and installation is not included.12″ Diameter Carbon Filter Media System With A Manual Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly Carbon Filter Media System With A Manual Backwash Head is
effective at removing compounds that create bad tastes and odors from
tap water, resulting in better-tasting water. Versatile: Removes or
reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
Activated
carbon helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides, endocrine disruptors, and
pharmaceutical products. Activated carbon is also employed in reducing
components that result in undesirable tastes and odors.It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 5,639.92
SavedSave
Please note that shipping and installation is not included.10″ Diameter Carbon Filter Media System With An Automatic Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the 10″ Diameter Carbon Filter Media System With An Automatic Backwash
Head is effective at removing compounds that create bad tastes and odors
from tap water, resulting in better-tasting water. Versatile: Removes
or reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 3,644.03
SavedSave
Please note that shipping and installation is not included.10″ Diameter Carbon Filter Media System With A Manual Backwash Head
Firstly
helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides. Endocrine disruptions, and
pharmaceutical products. Activated carbon reduces undesirable tastes and
odors.
The
chlorine removes one disadvantage from the topmost layer of the media.
The AC provides a damp environment ideal for the growth and
proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
It can
effectively remove organic compounds, chlorine and dissolved radon.
Unfortunately Carbon filters will not remove bacteria. Calcium and
magnesium known as hard water, fluorides, nitrates, chlorides and many
other inorganic chemicals. A specific type of AC can adsorb heavy
metals.
Also Carbon filters media
is made of a solid block of compressed carbon. In reverse osmosis and
other water filtration systems, a pre-filter is frequently used. All
things considered Carbon block water filters are extremely effective in
filtering out a variety of contaminants including very small
contaminants or particle size.
Taste-improving:
Certainly
the 10″ Diameter Carbon Filter Media System With A Manual Backwash Head
is effective at removing compounds that create bad tastes and odors
from tap water, resulting in better-tasting water. Versatile: Removes or
reduces a wide variety of different impurities in your tap water.
However,
other chemicals, like iron and nitrate, are not attracted to the carbon
and are not removed and another type of filter. Such as reverse osmosis
(RO) or green sand may be needed. Finally RO filters will also remove
certain organic chemicals.
Basically
the activated carbon filter plays a crucial role in removing chlorine.
VOCs, and other impurities that affect taste and odor. The combination
of filters, the order they’re placed in, and the amounts of different
media used at each step determines the effectiveness of your system.
One
disadvantage is that as the chlorine is removed from the topmost layer
of the media, the AC provides a damp environment ideal for the growth
and proliferation of bacteria. Bacteria can cause problems in medical
applications, or when using carbon as a pretreatment to reverse osmosis.
Activated
carbon helps to ensure that water destined for consumption is removed of
harmful contaminants such as pesticides, endocrine disruptors, and
pharmaceutical products. Activated carbon is also employed in reducing
components that result in undesirable tastes and odors.
It can effectively remove organic compounds, chlorine and dissolved radon. Carbon filters will not remove bacteria,
calcium and magnesium (hard water), fluorides, nitrates, chlorides and
many other inorganic chemicals. Heavy metals can be adsorbed onto AC by
only a very specific type AC.
6h
Mbombela / Nelspruit
1
R 7,291.78
SavedSave
Please note that shipping and installation is not included.Bag filter housing – uPVC – single L
Materials:
Housing UPVC
Bolts 304 or 316 SS
Operating Limits:
Pressure ≤ 4 bar (model A),
≤ 7 bar (model B)
Flow rate ≤ 12 m3/h (model 1)
≤ 23 m3/h (model 2)
Temperature 4 to 45°C
Connections:
In/Out 2” DN50 flange
Air vent ¼” BSP (vent included)
Press gauge ¼” BSP (gauge not included)
Filter Element:
Rating Nominal 5μm bag included
Bag size 7×17” ~ 178×419 mm (model 1)
7×32” ~ 178×813 mm (model 2)
What is Bag filter housing – uPVC – single L bag
Bag filter housing – uPVC – single L are
used for the clarification/filtration of fluids that have a relatively
small loading of particles to be removed. The particle suspension passes
through and the particles settle in the bag. Bag filter
is a common de-dusting facility, which is usually used to remove the PM
with continuous and efficient filtration under the flue gas exhausted
from combustion equipment in various industrial sites.
Bag filters,
similar to cartridge filters, have various configurations and materials
of construction, yet the flow in this process is inside-to-outside. A
bag filter normally has a connection for a high-pressure inlet on the
top and filtrates exit at the sides and bottom. The solids stay inside
the bag. A metal or plastic cage (perforated basket) holds the bag in
place during operation. The dirt-holding capacity is the important
parameter for the filter design. Depending upon the bag
construction—whether it is mesh or felt or single, multi layer, or
pleated—the dirt-holding capacity will increase. For instance, a pleated
bag has the largest filter area. Bag filters are used for noncritical
aqueous applications where the bags and solids can be easily disposed.
6h
Mbombela / Nelspruit
1
R 9,673.94
SavedSave
Please note that shipping and installation is not included.Bag filter housing double Length bag
Materials:
Housing UPVC
Bolts 304 or 316 SS
Operating Limits:
Pressure ≤ 4 bar (model A),
≤ 7 bar (model B)
Flow rate ≤ 12 m3/h (model 1)
≤ 23 m3/h (model 2)
Temperature 4 to 45°C
Connections:
In/Out 2” DN50 flange
Air vent ¼” BSP (vent included)
Press gauge ¼” BSP (gauge not included)
Filter Element:
Rating Nominal 5μm bag included
Bag size 7×17” ~ 178×419 mm (model 1)
7×32” ~ 178×813 mm (model 2)
What are Bag filter housing double Length bag used for?
Bag filter housing – uPVC – dbl L bag are
used for the clarification/filtration of fluids that have a relatively
small loading of particles to be removed. The particle suspension passes
through and the particles settle in the bag.Bag filter
is a common de-dusting facility, which is usually used to remove the PM
with continuous and efficient filtration under the flue gas exhausted
from combustion equipment in various industrial sites.
Bag filters,
similar to cartridge filters, have various configurations and materials
of construction, yet the flow in this process is inside-to-outside. A
bag filter normally has a connection for a high-pressure inlet on the
top and filtrates exit at the sides and bottom. The solids stay inside
the bag. A metal or plastic cage (perforated basket) holds the bag in
place during operation. The dirt-holding capacity is the important
parameter for the filter design. Depending upon the bag
construction—whether it is mesh or felt or single, multi layer, or
pleated—the dirt-holding capacity will increase. For instance, a pleated
bag has the largest filter area. Bag filters are used for noncritical
aqueous applications where the bags and solids can be easily disposed.
6h
Mbombela / NelspruitSuccessfully Added to List
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