Common Materials Available
- Stainless Steel
- Galvanised Steel
- Aluminim
- Water Treatment
- Waste processing
- Petrochemical
- Pharmaceutical
- Food processing
BENEFIAL FEATURES OF PERFORATED MILD STEEL SCREENS
- Cost effective
- Solid State Screens
- Smooth with a high strength ratio especially when round holes are used
Frequently Asked Questions
Is Stainless Steel A Good Material For A Filter?
Yes. Stainless steel is one of the best filter materials because it resists corrosion, handles high temperatures and pressures, and can be cleaned and reused rather than replaced. It will not contaminate the media passing through it, which matters in food processing, pharmaceutical and water treatment work. Grades 304 and 316 cover most applications, with 316 suited to harsher chemical and marine conditions.
How Long Do Metal Filters Last?
Metal filters last for years rather than months, because the mesh can be cleaned and returned to service. Life depends on the medium, the pressure and how often the filter is backwashed or ultrasonically cleaned. Stainless steel outlasts mild steel in wet, acidic and wash-down conditions. Wire diameter matters too, as heavier wire resists deformation across repeated cleaning cycles.
What Are Mesh Filters Used For?
Mesh filters separate solids from liquids, gases and air. They are used for water treatment, oil and fuel filtration, food and beverage processing, chemical handling, hydraulics, ventilation and dust extraction. Coarser meshes act as strainers and pre-filters that protect finer stages downstream. At Graepels we supply woven wire filter mesh across food processing, agriculture and industrial applications.
What Is The Right Mesh Filter Size?
The right mesh size is the largest one that still holds back the particles you need to remove. Specify by aperture, the clear opening between wires, rather than by mesh count alone. Going finer than necessary raises pressure drop and blinds the filter faster. Wire diameter and weave type affect the true opening, so confirm both against the filtration requirement.