NIT10 Nitrate Slimline 10" - Filter

Name: NIT10 Nitrate Slimline 10" - Filter
Brand: APL Anthony Preston
SKU: S04-117 (NIT10)
Price: 119.00 AUD
Availability: InStock

Targeted nitrate reduction, without overcomplicating your system. Uses nitrate-selective resin to reduce levels where standard carbon filtration can't.

It's ideal if you:

— Want to specifically target nitrates

— Already have a filtration system and want to upgrade it

— Prefer a simpler alternative before moving to full reverse osmosis

Quantity:

$119.00 AUD

Tax included.

Nitrate-Selective Resin

FDA-Grade Materials

1,200–2,400L Lifespan

Fits Slimline Housings

Overview

Nitrates are one of the most difficult contaminants to remove from drinking water. They're common in groundwater and agricultural regions, and unlike chlorine or sediment, they pass straight through most standard filters.

In New Zealand, water can meet legal standards while still sitting above levels associated with long-term health research — the Maximum Acceptable Value is 50 mg/L, while the health-based guideline is 0.14 mg/L. The NIT10 filter is a focused solution: using nitrate-selective resin, it reduces nitrate levels where standard carbon filtration can't, without requiring a full system overhaul.

Choosing the right level of protection:

→ Want a targeted solution nitrate filter (this product)
→ Want full-spectrum protection reverse osmosis
→ Want simple taste improvement carbon filtration

Specifications

Filtration technology

Nitrate-selective anion exchange resin

Primary function

Reduces nitrate levels in drinking water

Capacity

~1,200 litres at 10 mg/L nitrate · ~2,400 litres at 5 mg/L nitrate

Performance note

Filter lifespan varies depending on incoming nitrate concentration and overall water quality

Materials

FDA-grade components for safety and reliability

Compatibility

Fits any Slimline 10" housing — see the housing check above if you're setting up for the first time

Dimensions

50mm diameter × 250mm length (Slimline 10" format)

Complete your setup

Active Pure Xtra

Required pairing - for other chemical filtration · $142.00

Slimline Housing 10"

Needed for first install · $47.00

Benchtop Sump

For Benchtop Setup · $110.00

FAQ

Find the most frequently asked questions below.

Nitrate removal filters, particularly ion exchange filters, work by replacing nitrate ions (NO₃⁻) with other ions, commonly chloride ions (Cl⁻).
Ion Exchange Resin: The filter contains a resin that is saturated with chloride ions. This resin is typically made of tiny beads of organic polymer that have sites that hold chloride ions weakly.

Water Flow: As water containing nitrate ions flows through the resin bed, the nitrate ions are attracted to the resin due to their charge.

Ion Exchange: The resin beads release chloride ions into the water in exchange for the nitrate ions. This process happens because the resin has a higher affinity for nitrate ions than chloride ions, causing the nitrate ions to displace the chloride ions.

Removal of Nitrates: The nitrate ions attach to the resin beads, and the now chloride-rich water exits the filter. This reduces the nitrate concentration in the water.
Preparation: The ion exchange resin is preloaded with chloride ions. This is often done by soaking the resin in a solution of sodium chloride (NaCl).

Nitrate Capture: As the contaminated water passes through the resin bed, nitrate ions are attracted to and held by the resin, while chloride ions are released into the water.

Regeneration (if applicable): Over time, the resin becomes saturated with nitrate ions and loses its effectiveness. It can be regenerated by flushing it with a concentrated salt solution, which replaces the nitrate ions on the resin with chloride ions again.

This method is effective for nitrate removal and is commonly used in water treatment systems to ensure safe drinking water. However, it does increase the chloride content of the treated water, which is usually not a problem since chloride is commonly found in water and is generally safe at the levels produced by the ion exchange process.
The filter significantly reduces nitrate levels, but exact removal depends on your incoming water quality. For near-complete removal, reverse osmosis systems are the most comprehensive option.
The lifespan depends on your starting nitrate levels:
- Higher nitrate levels → shorter lifespan
- Lower nitrate levels → longer lifespan
As a guide:
- Around 1200 litres at 10 mg/L
- Around 2400 litres at 5 mg/L
This filter is designed to complement existing systems. It can be added to compatible setups where targeted nitrate reduction is required.
Most common filters (like carbon) improve taste and remove chlorine, but do not remove nitrates.
Specialised media, like the resin used in this filter, is required.

Nitrate removal filters, particularly ion exchange filters, work by replacing nitrate ions (NO₃⁻) with other ions, commonly chloride ions (Cl⁻).
Ion Exchange Resin: The filter contains a resin that is saturated with chloride ions. This resin is typically made of tiny beads of organic polymer that have sites that hold chloride ions weakly.

Water Flow: As water containing nitrate ions flows through the resin bed, the nitrate ions are attracted to the resin due to their charge.

Ion Exchange: The resin beads release chloride ions into the water in exchange for the nitrate ions. This process happens because the resin has a higher affinity for nitrate ions than chloride ions, causing the nitrate ions to displace the chloride ions.

Removal of Nitrates: The nitrate ions attach to the resin beads, and the now chloride-rich water exits the filter. This reduces the nitrate concentration in the water.
The filter significantly reduces nitrate levels, but exact removal depends on your incoming water quality. For near-complete removal, reverse osmosis systems are the most comprehensive option.
This filter is designed to complement existing systems. It can be added to compatible setups where targeted nitrate reduction is required.

Preparation: The ion exchange resin is preloaded with chloride ions. This is often done by soaking the resin in a solution of sodium chloride (NaCl).

Nitrate Capture: As the contaminated water passes through the resin bed, nitrate ions are attracted to and held by the resin, while chloride ions are released into the water.

Regeneration (if applicable): Over time, the resin becomes saturated with nitrate ions and loses its effectiveness. It can be regenerated by flushing it with a concentrated salt solution, which replaces the nitrate ions on the resin with chloride ions again.

This method is effective for nitrate removal and is commonly used in water treatment systems to ensure safe drinking water. However, it does increase the chloride content of the treated water, which is usually not a problem since chloride is commonly found in water and is generally safe at the levels produced by the ion exchange process.
The lifespan depends on your starting nitrate levels:
- Higher nitrate levels → shorter lifespan
- Lower nitrate levels → longer lifespan
As a guide:
- Around 1200 litres at 10 mg/L
- Around 2400 litres at 5 mg/L
Most common filters (like carbon) improve taste and remove chlorine, but do not remove nitrates.
Specialised media, like the resin used in this filter, is required.

NIT10 Nitrate Slimline 10" - Filter

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Nitrate-Selective Resin

FDA-Grade Materials

1,200–2,400L Lifespan

Fits Slimline Housings

Overview

Specifications

Complete your setup

Active Pure Xtra

Slimline Housing 10"

Benchtop Sump

FAQ

How Nitrate (Resin Exchange) Filter works

Steps of Nitrate Filtration

Does this filter remove nitrates completely?

How do I know how long the filter will last?

Can I use this with any water filter system?

Why isn’t standard filtration enough for nitrates?

How Nitrate (Resin Exchange) Filter works

Does this filter remove nitrates completely?

Can I use this with any water filter system?

Steps of Nitrate Filtration

How do I know how long the filter will last?

Why isn’t standard filtration enough for nitrates?

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