metal woven wire screens
double wire SQUARE OPENING weave
Made from pre-bent wire, the uneven surface creates a rotating force along the screen surface, increasing the chance of material passing through
double intermediate crimped SQUARE OPENING woven screen
The screen mesh structure resembles standard square-hole weaving with identical production techniques, but utilizes finer wire and increased pre-bending times. This enhances wire bonding strength, yielding a greater open area for the same aperture size. It is suitable for applications requiring large apertures and fine wire diameters
FLAT-TOP square opening weaving
utilizes single sided pre-bent wire technology to create a flat working surface. This extends screen life while achieving high precision and large apertures.
This type of screen is typically used for coarse grained material screening.
- Its robust distortion-resistant structure, enables its to withstand heavy loads under extreme weather conditions.
- Its flat working surface resists severe wear, resulting in extended shelf life.
characteristics
- Flat top screen mesh is characterised by a smooth flat screening surface with less frictional wear, which is designed to reduce the abrasion of matei1als placed on the screens.
- With its stable & heavy structure and special flat top surface, this flat top weaving screens has a longer wear life than other common screens.
- Opening sizes: 1mm-150mm
- Max wire diameter: 25mm
woven wire fine mesh
utilizes single sided pre-bent wire technology to create a flat working surface. This extends screen life while achieving high precision and large apertures.
This type of screen is typically used for coarse grained material screening.
- Its robust distortion-resistant structure, enables its to withstand heavy loads under extreme weather conditions.
- Its flat working surface resists severe wear, resulting in extended shelf life.
characteristics
- Flat top screen mesh is characterised by a smooth flat screening surface with less frictional wear, which is designed to reduce the abrasion of matei1als placed on the screens.
- With its stable & heavy structure and special flat top surface, this flat top weaving screens has a longer wear life than other common screens.
- Opening sizes: 1mm-150mm
- Max wire diameter: 25mm
double intermediate crimped slotted opening woven screen
Similar to the double intermediate crimped square opening woven screen, the required log hole size can be configured by adjusting the number of pre-bent corrugations in the hole directions.
PIANO woven WIRE SCREEN
The piano woven wire screen is constructed from steel wires using different pressing techniques. The long holes are woven using a standard square weave across the width of the holes, while the long holes are woven with straight wires.
This weave provides a stronger self cleaning effect than the wave-length interval weave and is suitable for screening wet, sticky material. The three wire weave provides a more robust screening surface, offering a higher load capacity and longer service life than the wave-length-interval weave.
characteristics
- Produces vibration to reduce blinding.
- Tumbling effect for better fine removal.
- Slows material down to provide more time for material to pass over the openings.
- Opening sizes: 0.5•2mm-30•150mm
- Wire diameter: 0.5mm-8mm
double intermediate crimped piano wire screen
It has similar properties to the piano woven wire mesh, but uses pre-bent corrugations instead of straight wire, resulting in higher rigidity and greater chances for material to rotate and pass through the screen.
flat-top slotted opening woven screen
Similar to the flat top square opening screen, it maintains a flat working surface and resists severe wear, resulting in longer service life.
small slotted opening screen
Fine mesh structure, typically woven from fine stainless steel, apetures ragne form 0.3 mm to 5.0 mm [other sizes can be customized on request] .
The slotted hole structure effectively increases the ratio, improves the screening rate and reduces clogging.
Commonly used for screening fine materials and powders.
Adding a support net can effectively increase load capacity and extend service life depending on usage.