
Watts A7052 Media Anthracite #2 (2-4MM)
Watts A7052 Technical Details
| Model Number | Watts A7052 |
| Media Type | Anthracite #2 |
| Particle Size | 2-4mm |
| Weight | 52 lbs per bag |
| Volume | 1 cubic foot |
| Application | Sediment and turbidity filtration |
| Material | Anthracite coal media |
| Packaging | Yellow bag |
Media Loading Instructions
- Ensure filter tank is clean and all internal components are properly positioned before adding media
- Pour Watts A7052 anthracite media slowly into the tank, avoiding damage to distributor tubes or internal screens
- Add media to the manufacturer-specified bed depth, typically as the top layer in multimedia filter configurations
- Backwash thoroughly at recommended flow rates to classify the media bed and remove fines before placing filter into service
- Monitor pressure differential and backwash frequency to maintain optimal filtration performance
Application Range
The Watts A7052 anthracite media is compatible with standard backwashing multimedia filter tanks designed for sediment and turbidity reduction. This coarse-grade anthracite is typically used as the top layer in dual-media or tri-media filter beds, positioned above finer sand or garnet layers. Suitable for municipal water treatment, industrial process water, and high-flow commercial filtration systems where backwashing capability is present.
Watts A7052 Technical Details
| Model Number | Watts A7052 |
| Media Type | Anthracite #2 |
| Particle Size | 2-4mm |
| Weight | 52 lbs per bag |
| Volume | 1 cubic foot |
| Application | Sediment and turbidity filtration |
| Material | Anthracite coal media |
| Packaging | Yellow bag |
Media Loading Instructions
- Ensure filter tank is clean and all internal components are properly positioned before adding media
- Pour Watts A7052 anthracite media slowly into the tank, avoiding damage to distributor tubes or internal screens
- Add media to the manufacturer-specified bed depth, typically as the top layer in multimedia filter configurations
- Backwash thoroughly at recommended flow rates to classify the media bed and remove fines before placing filter into service
- Monitor pressure differential and backwash frequency to maintain optimal filtration performance
Application Range
The Watts A7052 anthracite media is compatible with standard backwashing multimedia filter tanks designed for sediment and turbidity reduction. This coarse-grade anthracite is typically used as the top layer in dual-media or tri-media filter beds, positioned above finer sand or garnet layers. Suitable for municipal water treatment, industrial process water, and high-flow commercial filtration systems where backwashing capability is present.
Original: $112.00
-65%$112.00
$39.20Description
Watts A7052 Technical Details
| Model Number | Watts A7052 |
| Media Type | Anthracite #2 |
| Particle Size | 2-4mm |
| Weight | 52 lbs per bag |
| Volume | 1 cubic foot |
| Application | Sediment and turbidity filtration |
| Material | Anthracite coal media |
| Packaging | Yellow bag |
Media Loading Instructions
- Ensure filter tank is clean and all internal components are properly positioned before adding media
- Pour Watts A7052 anthracite media slowly into the tank, avoiding damage to distributor tubes or internal screens
- Add media to the manufacturer-specified bed depth, typically as the top layer in multimedia filter configurations
- Backwash thoroughly at recommended flow rates to classify the media bed and remove fines before placing filter into service
- Monitor pressure differential and backwash frequency to maintain optimal filtration performance
Application Range
The Watts A7052 anthracite media is compatible with standard backwashing multimedia filter tanks designed for sediment and turbidity reduction. This coarse-grade anthracite is typically used as the top layer in dual-media or tri-media filter beds, positioned above finer sand or garnet layers. Suitable for municipal water treatment, industrial process water, and high-flow commercial filtration systems where backwashing capability is present.














