Mesh strainer Invest SITKO 5 - 4 (86.1241) standard by Invest

Invest SITKO 5 - 4 (86.1241) standard mesh strainer by Invest is a compact filtration tool designed for basic mechanical separation of solids from liquids or granular materials. The product uses a metal mesh element to retain particles while allowing fluid or fine material to pass through, making it suitable for sieving, draining and simple filtration tasks in workshop, industrial and agricultural environments.

Advantages

The mesh construction provides reliable particle retention with a consistent flow-through rate, and the standard design ensures easy replacement and simple maintenance. The strainer's straightforward mechanical design requires no power source and resists common contaminants, enabling repeated use in routine filtration tasks. Materials and construction focus on durability and usability in environments where quick, effective separation is needed.

Suitable for

• Sieving and draining liquids to remove solid contaminants
• Filtration of granular materials to separate oversize particles
• Pre-filtration in workshop or light industrial processes
• Agricultural use for separating debris from water or liquid feeds

Key specifications

• Type: standard mesh strainer with woven/pressed mesh element
• Primary function: mechanical separation of solids from liquids or granular streams
• Typical mounting: in-line or basket-style placement depending on application
• Construction: durable metal frame and mesh suitable for repeated cleaning
• Flow characteristic: allows continuous flow while retaining particles above mesh aperture

How to use

Install the Invest mesh strainer in the intended flow path where solids need to be retained—either as an in-line unit, a removable basket or fitted into a housing that matches the required connection. Ensure the mesh orientation corresponds to the incoming flow so that retained material accumulates on the mesh surface. During operation monitor pressure drop or flow rate; when throughput decreases or visible buildup appears, stop the flow if necessary and remove the mesh element for cleaning. Clean the mesh using an appropriate method for the material filtered, such as backflushing, brushing or rinsing, then reinstall carefully to maintain correct sealing and alignment.

Usage recommendations

For prolonged service life, avoid excessive mechanical impact or exposure to aggressive chemicals not compatible with the mesh material. Regular inspection and scheduled cleaning reduce the risk of clogging and maintain filtration performance. Match mesh aperture and installation type to the particle size and flow requirements of your application to achieve optimal separation efficiency.