stainless steel screen mesh

The stainless steel mesh is tighty bonded to the frame.
Each layer of the screen has different mesh sizes and reasonable matching makes the screening effect more delicate.
The high-strength frame and the moderately tensioned screen form a reliable whole, which greatly increases the screen's tolerable flow rate.
The wedge clamping device makes the installation of the screen more convenient and saves downtime for replacement.
The mesh surface is divided into multiple independent small mesh surfaces to prevent excessive expansion caused by local damage.
High quality and high-strength injection molded frame with excellent vibration damping performance, prolonging the service life of the screen.

Transforming from a planar structure to a three-dimensional structure, the effective filtei1ng area on the surface has been increased by 25% to 50%, resulting in high processing e4iciency
Each layer of the screen has different mesh sizes, and accurate and reasonable matching makes the screening effect more delicate.
Customize according to different needs.

Typically composes of multiples layers [ typically 2-3] of stainless steel mesh with varying degrees of coarseness and functionality.
The bottom layer consists of coarse gauge , large aperture support mesh, providing strength and impact resistance. The middle layer serves as a transition layer and the top layer comprises of fine gauge small aperture precision filtration mesh.
Sccreens with differnet mesh sizes [aperture sizes] can be manufactured to meet diversre drillingsolids control requirementsranging from coarse screening tofine screening.

Tightly bonded with 2-3 layers of stainless steel mesh.
Install by hook.
The bottom mesh (support mesh) of the sieve has a relatively coarse wire diameter, which supports and assists in screening the upper mesh surface, prolonging the service life of the mesh.
The mesh surface can be divided into multiple independent small mesh surfaces as needed to prevent local damage and excessive expansion.