Static Screen
Static Screen
The Static Screen is a simple solution for separating solids from liquids in wastewater. It uses an inclined wedgewire screen to catch solids and fibres while letting clean water pass through. It works without electricity, which lowers operating costs and improves reliability. The smooth design helps prevent clogging and makes cleaning easy, so maintenance stays low. Made from corrosion-resistant stainless steel, it is durable and long-lasting. Its compact design also saves space while still handling high flow rates. Overall, it’s a cost-effective and reliable option for wastewater pre-treatment.
| Model | Capacity (m³/hr) | Capacity (m³/hr) | Capacity (m³/hr) | L (mm) | W (mm) | H (mm) |
| Mesh | 1.5 mm | 1.0 mm | 0.5 mm | – | – | – |
| HS-300 | ~16 | ~13 | ~6 | 1420 | 430 | 1900 |
| HS-500 | ~35 | ~22 | ~10 | 1420 | 630 | 1900 |
| HS-600 | ~42 | ~27 | ~12 | 1420 | 730 | 1900 |
| HS-700 | ~48 | ~31 | ~15 | 1420 | 830 | 1900 |
| HS-800 | ~55 | ~35 | ~17 | 1420 | 930 | 1900 |
| HS-900 | ~62 | ~40 | ~19 | 1420 | 1030 | 1900 |
| HS-1000 | ~70 | ~45 | ~22 | 1420 | 1130 | 1900 |
| HS-1200 | ~77 | ~52 | ~26 | 1420 | 1330 | 1900 |
| HS-1500 | ~100 | ~65 | ~32 | 1420 | 1630 | 1900 |
| HS-1800 | ~120 | ~80 | ~40 | 1420 | 1930 | 1900 |
Features
Standard Features
- Inclined wedge‑wire arc screen assembly with profile wire slots.
- Overflow distribution weir for uniform loading.
- Stainless steel frame and guards (SS304 standard; SS316 available).
- Open‑channel or tank‑top mounting with solids chute and filtrate outlet.
- Easy cleaning via hose‑down; minimal moving parts.
Options & Accessories
- Material upgrade to SS316 or duplex (on request).
- Slot sizes (typ.): 0.5 / 1.0 / 1.5 mm.
- Custom inlet weir, covers, spray wash header, and splash guards.
- Support stands, drain pan, flanged outlets, and instrumentation ports.
- Integration with upstream coarse screens or downstream DAF/dewatering system.
Working Principle
The static screen uses a stainless-steel arc-shaped screen made of wedge-shaped bars. Wastewater is evenly distributed over the inclined screen surface via an overflow weir. Because the screen has narrow, smooth gaps on the front and wider, smooth drainage paths on the back, solids are intercepted on the front while the filtered water flows through the gaps. Under hydraulic pressure, captured solids slide downward along the screen to the lower end for automatic discharge, achieving solid-liquid separation.
Key Benefits
- No power required: passive operation reduces OPEX and improves reliability.
- High capture efficiency: wedge‑wire profile screen intercepts suspended solids and fibres.
- Low maintenance: smooth slots resist clogging; easy washdown and access.
- All‑stainless construction: corrosion‑resistant structure with long service life (SS304/SS316 optional).
- Compact footprint: inclined arc screen provides high throughput in a small space.
Key Benefits
- No power required: passive operation reduces OPEX and improves reliability.
- High capture efficiency: wedge‑wire profile screen intercepts suspended solids and fibres.
- Low maintenance: smooth slots resist clogging; easy washdown and access.
- All‑stainless construction: corrosion‑resistant structure with long service life (SS304/SS316 optional).
- Compact footprint: inclined arc screen provides high throughput in a small space.
Working Principle
The static screen uses a stainless-steel arc-shaped screen made of wedge-shaped bars. Wastewater is evenly distributed over the inclined screen surface via an overflow weir. Because the screen has narrow, smooth gaps on the front and wider, smooth drainage paths on the back, solids are intercepted on the front while the filtered water flows through the gaps. Under hydraulic pressure, captured solids slide downward along the screen to the lower end for automatic discharge, achieving solid-liquid separation.
Features
Standard Features
- Inclined wedge‑wire arc screen assembly with profile wire slots.
- Overflow distribution weir for uniform loading.
- Stainless steel frame and guards (SS304 standard; SS316 available).
- Open‑channel or tank‑top mounting with solids chute and filtrate outlet.
- Easy cleaning via hose‑down; minimal moving parts.
Options & Accessories
- Material upgrade to SS316 or duplex (on request).
- Slot sizes (typ.): 0.5 / 1.0 / 1.5 mm.
- Custom inlet weir, covers, spray wash header, and splash guards.
- Support stands, drain pan, flanged outlets, and instrumentation ports.
- Integration with upstream coarse screens or downstream DAF/dewatering system.
| Model | Capacity (m³/hr) | Capacity (m³/hr) | Capacity (m³/hr) | L (mm) | W (mm) | H (mm) |
| Mesh | 1.5 mm | 1.0 mm | 0.5 mm | – | – | – |
| HS-300 | ~16 | ~13 | ~6 | 1420 | 430 | 1900 |
| HS-500 | ~35 | ~22 | ~10 | 1420 | 630 | 1900 |
| HS-600 | ~42 | ~27 | ~12 | 1420 | 730 | 1900 |
| HS-700 | ~48 | ~31 | ~15 | 1420 | 830 | 1900 |
| HS-800 | ~55 | ~35 | ~17 | 1420 | 930 | 1900 |
| HS-900 | ~62 | ~40 | ~19 | 1420 | 1030 | 1900 |
| HS-1000 | ~70 | ~45 | ~22 | 1420 | 1130 | 1900 |
| HS-1200 | ~77 | ~52 | ~26 | 1420 | 1330 | 1900 |
| HS-1500 | ~100 | ~65 | ~32 | 1420 | 1630 | 1900 |
| HS-1800 | ~120 | ~80 | ~40 | 1420 | 1930 | 1900 |
