What Makes Wedge Wire Perfect for Fine Straining and Filtering?

The features of stainless steel wedge wire contribute to their ideal functionality in fine straining and filtering. The design of wedge wire ensures no clogging will occur; giving you an uninterrupted flow. This cuts out downtime and increases production. Likewise, the screens on the wedge wire are welded into ladder-like patterns that make backwashing easy, while also increasing the safety and reliability of the product.

Wedge wire also has a continuous slot opening. This is important because this type of opening dramatically increases the open area that is available. This, in turn, gives a greater access to the water-bearing zone, so more water-based products can be filtered at one time with this type of wire screen.

As you can see, stainless steel wedge wire is an ideal product for a variety of industrial needs. To recap, here are some highlights of wedge wire. It has fine filtering capabilities, more so than most other wedge wire screen filters on the market.

It is built to be durable and safe to use in most industrial settings.

It can be made a custom size for the individual client.

It can be combined with various configurations of support rods for custom projects.

It has a wide range of industrial uses in several different industries where straining and filtering to a fine degree is of utmost importance.

When you need a wedge wire screen filter that does extremely fine straining of particles of virtually any shape.

Wedge wire screen panels have a number of excellent industrial uses. While they can be used for any custom need of a client, the top industrial uses include:

Filtering foods that require a high level of purity, such as soups, chocolate, and cold-pressed juices.

Filtering oil or other viscous products.

Removing solids from brewing products, such as bottled teas and microbrew beers (both alcoholic and non-alcoholic).

Separating animal feed before distributing it to livestock.

Separating manure in the fertilizer industry.

Removing solids from wastewater.

Separating solids from dirt in mineral mining and processing.