Knitted Mesh Fabrics Materials: Nylon and Polyester

14 Jan.,2022

The two most common fibers used to make knitted mesh fabrics are nylon and polyester. These fibers and yarns have significant overlap, so it is often difficult to determine which one is best for a particular situation. We introduce you to both materials in this article.

 

send us a message are materials consisting of evenly distributed openings that create a breathable effect in the fabric. Mesh fabrics offer versatile solutions for a variety of industrial, commercial and recreational applications.

ZHENGHAN specializes in the design and manufacture of knitted mesh fabrics for all types of industries, including materials for general industrial applications, recreation, home, automotive, marine, and healthcare.


While all mesh fabrics share the same basic principles of open-weave construction, there are a wide variety on the market. Variations can include weight, width, color, finish and fiber content.

The two most common fibers used to make knitted mesh fabrics are nylon and polyester. These fibers and yarns have significant overlap, so it is often difficult to determine which one is best for a particular situation. We introduce you to both materials in this article.

 

Knitted Mesh Fabrics Materials: Nylon and Polyester

 

Mesh fabric properties

Both nylon and polyester are viable options for knitted mesh fabrics, and each is used to produce knitted mesh solutions for many different purposes. As synthetic fibers, nylon and polyester share a variety of similar beneficial properties, such as
Durability, lightness, ease of cleaning, mildew resistance, and tear resistance.

 

Manufacturing Methods

While nylon and polyester have some things in common, they are manufactured in different ways.
Nylons are formed by extracting carbon-based molecules from organically formed sources such as petroleum or coal. They are combined by heating to form larger polymer molecules, resulting in polyamides.
Polyester is one of the most commonly used plastics. It is made by facilitating a chemical reaction between alcohol, petroleum by-products and carboxylic acids in a vacuum.

 

Advantages of each

Nylon

Nylon mesh fabrics are used in applications that require versatility, durability and strength. The inherent chemical properties of this polyamide allow its fibers to resist bending or stretching abrasion. Nylon has a smoother, softer feel than polyester, making it ideal for applications that require comfort or aesthetics.

 

Polyester

Polyester mesh fabrics are easier to dye because they are hydrophobic - they repel water. As a result, the material absorbs the pigments in the dye while expelling water. This property also means that polyester dries more quickly than nylon, making it ideal for marine environments.

 

Knitted Mesh Fabrics Materials: Nylon and Polyester

Warp knitted 100% polyester 3d spacer mesh fabric

 

Applications

Mesh fabrics are used in a wide variety of applications. The following industries rely on mesh fabrics.

 

Recreation

Mesh fabrics are used to make products for activities such as sports, camping, hunting and fishing. Examples of products and industries that include this material include: aquaculture, tent and camping supplies, pool/spa nets and filters, sports protection nets (baseball, field hockey, lacrosse, golf).

 

Transportation

Air, land and water vehicles all rely on mesh for a variety of purposes. Such as seat-mounted literature bags, seat supports/substrates, seat belts, cargo nets, tarpaulins, airline curtains

 

Health Care

The inherent antimicrobial properties of some of ZHENGHAN's polyester fabrics have facilitated the use of mesh fabrics in a wide range of medical products. Some examples include: bibs, mesh curtains, infusion bag support mesh, orthopedic braces.

 

Industrial

The term "industrial" covers mesh fabric products used in applications ranging from transportation to cleaning. Examples include: mops and wicking rakes, tarpaulins, conduit covers, industrial filtration.

 

Now contact ZHENGHAN to find more.