Product Specification

Heavy - Duty Stainless Steel Wedge Wire Mesh Screen Sand Control Filter for Deep Water

Product Overview
Heavy - Duty Stainless Steel Wedge Wire Mesh Screen Sand Control Filter for Deep Water It is a high-performance filtration equipment designed specifically for deepwater oil wells, water wells, etc. It is made of stainless steel wedge wire, which has excellent robustness and durability, and can effectively block solid particles such as sand in complex deep water environments, ensuring the cleanliness of the fluid in the well and guaranteeing the normal operation and service life of the well.

Product Features
Wedge wire structure design
Efficient filtration: The unique wedge-shaped wire structure forms uniform gaps, which can accurately intercept solid particles such as sand. The gap size can be customized according to different usage requirements to ensure that only fluids that meet the requirements are allowed to pass through. For example, for water wells that require fine filtration, the gaps can be set smaller to effectively block small sand particles; For some oil wells with relatively low requirements for filtration accuracy, the gap can be appropriately increased.
Not easy to clog: The shape of the wedge-shaped wire makes it difficult for solid particles to accumulate on the surface of the sieve tube, reducing the risk of clogging. When the fluid passes through the sieve tube, impurities such as sand particles will slide down the inclined surface of the wedge-shaped wire, making it less likely to get stuck in the gaps. Compared to traditional sieve tubes, it has stronger anti clogging ability, can maintain efficient filtration performance for a longer period of time, reduce maintenance costs and downtime.
Overall sturdy and durable
Heavy duty design: This sieve tube adopts a heavy-duty design concept, making the structure more stable. During deepwater operations, there may be various external forces such as water flow impact and wellbore friction, and heavy-duty design can ensure that the screen pipe does not deform or be damaged under these external forces. For example, in some deep water wells with turbulent water flow, the sieve tube can be stably fixed in the well without displacement due to water flow impact.
Firmly welded: Advanced welding technology is used between the wedge-shaped wire and the support bar, and the welding point is firm and reliable. This sturdy welding structure not only enhances the overall strength of the sieve tube, but also prevents the wedge wire from falling off during use, further improving the service life and filtration effect of the sieve tube.

Product Specifications
Size specifications
Pipe diameter: Multiple pipe diameter options are available, with common pipe diameters ranging from 4 inches to 20 inches, to meet the needs of different well diameters. For example, for small water wells, a diameter of 4-6 inches may be chosen; For large oil wells, a large diameter screen pipe of 16-20 inches may be required.
Length: The length of the sieve tube can be customized according to the specific requirements of the customer, generally ranging from 1 meter to 12 meters. In practical applications, select the appropriate length of screen pipe for installation based on the depth of the well and filtration requirements.
Gap specifications
The gap size can be customized between 0.1mm and 5mm. For occasions that require high-precision filtration, such as drinking water wells, a gap of 0.1-0.5mm can be selected; For some industrial water or oil wells that do not require high filtration accuracy, a gap of 1-5mm can be chosen.

Application scenarios
Deepwater oil well
In deepwater oil well exploitation, this screen tube can effectively prevent solid particles such as sand from entering the tubing, avoiding oil well blockage and equipment wear.

Deep water well
During the process of taking water from deep wells, sieve tubes can filter out sand and impurities in the water, ensuring clean water quality.

Ocean Engineering
The corrosion resistance and high strength characteristics of this screen pipe make it an ideal choice for facilities such as water wells and oil wells on offshore platforms.