Basket filter

Product Overview

Basket strainers are mainly composed of pipe fittings, cylinders, filter baskets, flanges, flange covers, and fasteners. Installed on pipelines, they can remove larger solid impurities from fluids, ensuring that the machinery operates smoothly.

Equipment (including compressors, pumps, etc.) and instruments operate and function normally, ensuring stable process and the role of ensuring safe production. The basket filter is used to remove a small amount of solid particles from the liquid.

Miniature device with spherical particles, designed to protect compressors, pumps, instruments, and other equipment during normal operation. Upon entering the filter drum with a specified mesh filter, impurities are blocked, leaving the fluid clean.

The filtrate is discharged through the filter outlet. When cleaning is required, simply remove the detachable filter basket, clean it, and then reinsert it. Thus, maintenance is extremely convenient. As of now, ...

Widely used in industries such as oil, chemical, food, and environmental protection. When installed in the pump's inlet or other parts of the system pipeline, it can both extend the lifespan of the pump and other components.

The lifespan of the equipment ensures the safety of the entire system.

Basket strainer for oil or other liquid pipelines, filtering debris within the pipeline. The filter hole area is 2-3 times larger than the pipeline diameter area. Significantly exceeds the filtration capacity of Y-type and T-type filters.

Area. The filter mesh structure differs from other filter meshes, as it resembles a basket in shape, hence named the basket filter.

Product Categories

Direct-Flow Flat Basket Filter (SRB-1 Model)

3. SRB-3 Type Low and High Connection Flat Bottom Basket Filter

2. Direct-Flow Bottom Basket Filter (SRB-2 Model)

4. SRB-4 Type Low and High Connection Bell Bottom Basket Filter

Application Scope

1. Chemicals, weakly corrosive materials in petrochemical production, such as water, ammonia, oil products, hydrocarbons, etc.

2. Corrosive materials in chemical production, such as: caustic soda, concentrated and dilute sulfuric acid, carbonic acid, acetic acid, and other acids.

3. Low-temperature materials in refrigeration, such as liquid methane, liquid ammonia, liquid oxygen, and various refrigerants.

4. Materials with hygiene requirements in light industry food production, such as beer, beverages, dairy products, and grain pulp products.

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