Choosing the Ideal Fiberglass Sleeves for Industries

Well, what is your understanding of the term ‘Fiberglass Sleeving'? Fiberglass sleeves are a versatile and highly durable form of woven fiberglass. This material is used as a protective filament to safeguard cables, wires, or pipes in an industrial setting.

In this blog, let us identify the top 4 factors by which you can choose the ideal form of fiberglass sleeving in an industrial parlance.

Temperature Settings

Operating with heavy-duty manufacturing equipment in an industrial or factory setup is no small task. The equipment, whether electrical appliances or boilers, can reach higher temperatures.

Therefore, when choosing the optimal type of fiberglass sleeving, it's crucial to consider if the temperature settings align with the material. This is a key factor in ensuring the longevity and effectiveness of the fiberglass woven membrane. 

Diameter of the sleeving material

You must see if the cable wires fit into the diameter of the fiberglass sleeving. Therefore, you must look for a fiberglass sleeving material whose inner diameter is slightly larger than the cable wires or appliances you aim to protect.

However, you must ensure that the sleeve's diameter isn’t too large, as the cables or wires may easily slip off the sleeve material and lead to exposures that can leave them exposed and lead to their potential damage.

Check for the performance of insulation

You may sometimes have to purchase high-voltage fiberglass sleeving so that the material does not break down easily. You can also choose heat-shrink fiberglass sleeves that protect a high-voltage environment.

Fiberglass sleeving materials are available in different dimensions to suit the wiring of the domain where they have been installed. You can assess the insulation performance based on the environment where you plan to install equipment or fixtures.

The fiberglass sleeving can be done after you access the voltage levels of the environment where you plan to install wires, cables, or other electrical havens, and the ranges can be 1500 V, 2500 V, 4000 V, and 7000 V.

Look for durability or flexibility of the sleeving material that is used

The fiberglass sleeves must be flexible enough to bend or adjust their levels according to the shape of the cabling or wiring you plan to install. Therefore, you must look for flexible or durable fiberglass sleeving.

Conclusion

We have looked at four main factors for choosing or accessing the correct form of fiberglass sleeving for your manufacturing or industrial premises.

You also have a variety of materials to choose from, such as silicone fiberglass sleeving, non-coated fiberglass sleeving, acrylic fiberglass sleeving, and so on.