When industrial manufacturers need to reinforce certain components within their products, they will use laid scrim as a support. Scrim is a thin industrial fabric used to insulate and support larger structures. It is favored by construction and manufacturing industries, and has a number of different applications as reinforcement.
How Scrim is Made
Laid scrim is a fabric composed of different industrial yarns and threads held together over a square of mesh. The kinds of yarn used depends on the scrim’s eventual use; wool, polyester, fiberglass, and noon have all been used to make scrim. Once the fibers have been arranged over the mesh in the appropriate thickness, they are attached to make two different kinds of scrim. Woven scrim is made by weaving the fibers into the mesh. While this process attaches them into a firm lattice, it makes the fabric weaker and crimps the individual fibers. Nonwoven scrim uses a strong chemical adhesive to bind fibers onto the mesh; this kind is generally favored by customers for its durability and improved quality.
A number of industries use laid scrim as reinforcement tape and a binding material. Construction companies building industrial facilities use scrim to reinforce different structures to support large amounts of weight. It is used to support duct work and, when combined with an asphalt-based mixture, roofing in home construction. Manufacturers need certain kinds of scrim to bind their products together, especially fiberglass and polyester-based products.
Why Choose Laid Scrim?
Scrim is typically favored over other reinforcing materials because it is flexible and cost-effective. Sheets of scrim sell between $0.04 and $2.50 based on its quality and density, and the amount sold. Companies purchase large quantities of scrim in bulk for frequent, repeated use. It can be cut into custom shapes to fit different needs and products. It can be used to reinforce any material from paper to metal ducts.
Scrim is an durable, reinforcement material with many potential uses for construction and manufacturing. Its many uses and affordable pricing makes it a valuable resource to the industries that use it to make their products stronger and better.
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