MONGOOSE PRO
Dynamic dual-motion shaker
Shift from balanced- to progressive-elliptical motion without suspending or shutting down operations.
全国最大的快3平台-全国快3信誉最好的老平台
Composite replacement screens
Composite screens consist generally of a glass fiber filled, polypropylene frame in addition to a high-strength steel internal reinforcing structure. Using a patented process, one to three layers of stainless steel wire cloth are bonded to the composite frame directly by melting the cloth directly to the top surface of the polymer frame. This exclusive technology has been used successfully in the industry for both OEM and replacement screens and has established proven and respected prominence.
With the DURAFLO composite replacement screen frame as a base, M-I SWACO offers four different mesh types, enabling operators to choose the most efficient mesh type for the job without sacrificing durability and fluid processing capacity.
Rectangular openings, 50%-larger-diameter wire, and patented cloth calendaring design give XR MESH shaker screen mesh excellent capacity and the longest screen life in the industry. High conductance results in reduced mesh loading compared with traditional mesh. Coupling XR MESH shaker screen mesh with DURAFLO screen technology enables best-in-class fluid-handling capacity.
Our most basic mesh type, MG features a single-layer cloth with heavy-wire diameter and square openings. Because of the durable heavy-wire diameter, the MG is primarily used as a scalping screen with excellent screen life.
Engineered with two fine-screening layers over a support cloth, the HC mesh provides superior performance in blinding applications and yields excellent capacity. The fine-wire diameter provides excellent capacity.
The XL screen was specifically designed for drilling sandstone formations, which typically create blinding problems with standard screen mesh types. Our XL mesh features two fine-screening layers and a support mesh with square openings of medium wire diameter for improved capacity, screen life, and blinding resistance.
