Polyester Mesh:Homepage

Pertter Polyester Mesh Fabric Co. is an environmental, engineering and  innovative company, based in China. We manufacture high quality  polyester mesh printing screen, polyester forming fabric, polyester  dryer fabric, polyester mesh dewatering belt and bolting cloth for  printing, paper making and pulp making and filtering.Our new product, TextileneMesh, is a kind of durable and long lastingfabric ideal for applications that require high tensile strength, breathability and flame resistance.

Utilizing the latest manufacturing techniques together with our team  of dedicated staff, we offer series polyester mesh fabric for our  valuable customers.

Petter offers polyester mesh belt made with woven-in metal wire offering good ventilation and anti-static property. Learn more.

Polyester mesh refers generally to the polyester fabrics woven with  polyester fiber in spiral and heddle inserting methods for various  industrial uses in Producing of paper, corrugated paper, paper for  train fare, filtration and separation in environmental protection,  pharmaceutical, mine, metallurgy, machinery, airspace and other fields.

Designed in 1888 by a British textile owner, picked up in the 1980s by sportswear manufacturers and a popular item in the fashion world for years now: mesh fabric. It is elastic, extremely strong, breathable and… indispensable for every clothing designer. In this blog we will take a closer look at mesh fabric. What kind of fabric is mesh? What characteristics does it have and what can you as a designer do with it?

What is mesh fabric?

Mesh is a light woven fabric with a mesh-like look. The fabric was once designed by a textile owner who was looking for a product that is breathable and can withstand extreme temperature changes. He produced the fabric with looms in such a way that open spaces were created between the yarns. The result? A fabric that is very breathable. Mesh fabric initially caught the eye of sportswear manufacturers, but due to the many improvements in recent years, it is now also popular in the fashion industry and the medical industry.

What kind of material is mesh?

Mesh fabric is usually made from polyester, nylon or spandex. These are synthetic materials that last a very long time. In addition, mesh can be made of metal to give the fabric a shiny appearance.

Although all mesh fabrics have the same mesh-like structure, they can differ in weight, thickness, color and finish. In addition, the material is available with fine or coarser holes.

Mesh fabric: characteristics and applications

Due to its breathability, mesh is ideal for making sportswear, dancewear and shoes. But the substance has more special characteristics. That's how it is:

• Water-resistant
• Very elastic
• Strong
• Wrinkle free
• Easy to maintain

The above characteristics also make mesh fabric extremely suitable for designing leggings, tunics and lingerie.

Treat mesh fabric

Although mesh is a strong fabric, it must be handled carefully. Do not wash the fabric too often and preferably not warmer than 30 degrees. Let it dry naturally and do not iron the fabric. Do you want to iron it? Then  iron the fabric at a low temperature.

Using mesh fabric in clothing

Due to the transparent, mesh-like look, mesh fabric is ideal to combine with other, non-transparent fabrics. In addition, the fabric is quite easy to cut and sew. Do you want to use mesh to design your clothing? Then we would like to share a few useful tips:

• Wash the fabric before processing to avoid creases during sewing.
• Only use sharp scissors for cutting mesh fabric.
• Use the correct yarn: synthetic yarn for a mesh fabric based on polyester or nylon and cotton yarn for other mesh fabrics.
• Use zigzag stitches instead of straight stitches

Also for the sustainable designer

House of U is a supporter of "slow fashion": fashion made for people and the environment. The mesh fabric in our range, the U-Circular Mesh, is therefore made of 90 percent recycled polyester. This polyester is called Rpet and is made from used and collected PET bottles.

Rpet is just as good as regular polyester, but requires less raw materials to be produced. As a designer, if you value a sustainable world, the U-Circular Mesh is the mesh fabric for you.

Printing mesh fabric

As a designer you want to give your collection a personal touch. Mesh fabric is perfect for designing unique fashion items. For example, print the fabric with your own print. This is easy with our design generator. Upload your personal design and House of U will do the rest: we print your design from one meter in our digital textile printing company.

More about mesh?

Do you want to know more about mesh fabric? Are you curious, for example, whether mesh is the right fabric for your design? Please do not hesitate to contact us. Do you want to know what alternatives there are or are you looking for inspiration? Then read our other blogs.

Introduction

Knitted spacer fabrics with three-dimensional (3D) structure are widely used for clothing, mattress, and textile composite material. Due to its higher thickness, higher structure stability, and better compression recovery, warp-knitted spacer fabrics were most widely used in various technical applications while weft-knitted spacer fabrics were used for cushions, protection of the human body from injuries, energy absorption [1], and advanced wound dressing [2]. Many studies focused on the mechanical property of spacer fabric, such as compression behavior of weft-knitted spacer [3], compression fatigue-resistance property of warp-knitted spacer [4], sound absorption behavior [5], and stab-resistance property [1].

Besides, some circular- and flat-knitted spacer were developed and evaluated in different aspects. Flat-knitted spacer fabrics with 2.14–4.05 mm thickness were produced with various yarn and fabric structure combinations using different raw materials on both layers [6]. The inner layer, worn next to the skin, was constructed with soy protein yarns and the reverse layer with polyester, polyamide, and polypropylene yarns. Cotton/bamboo-blended and polyamide yarn were used for the production of interlock and flat-knitted spacer fabrics with 1.8–3.1 mm thickness for shoe linings [7].

The flat-knitted spacer fabrics with thickness from 8.2 to 11.9 mm were made with different connecting distances of monofilament yarn and different surface materials [8]. The fabric containing Coolmax® yarn exhibited better thermal–physiological comfort properties. The effects of fabric parameter on comfort-related properties were studied as for circular-knitted spacer fabrics with 2.2–3.5 mm thickness [9]. It was observed that fabric weight, thermal conductivity, thermal resistivity, air permeability, and relative water vapor permeability properties were affected by dial height and the type of spacer yarn significantly.

The thermal insulation property of spacer fabric with wool fiber on its surface was studied [10]. Hydro-entangled wool fiber web-spacer fabrics had markedly reduced thermal conductivity. Bagherzadeh et al. manufactured a functional 3D warp-knitted spacer fabric with 3.0–3.1 mm containing high-wicking materials. The fabric was aimed to be used for a snug-fitting shirt worn under protective vest to absorb a user's sweat, in order to reduce the humidity and improve user's thermal comfort [11]. Water absorbency by knitted spacer structures with higher thickness at 9.1–13.3 mm was experimentally investigated using a gravimetric absorbency tester to record absorbency rate, total absorbency, and time taken to saturate the structure [12]. It was found that the total water absorbed by a knitted structure depended on the porosity and other characteristics of the structure. Generally, knitted structures with high porosity absorb more water than those with low porosity. Four spacer fabrics with thickness at 2.9–4.7 mm were studied in terms of moisture transport property computationally and experimentally [13]. The important parameters in moisture transfer were porosity and air permeability. The thermal and water vapor transmission of warp-knitted 3D spacer fabrics with thickness at 1.6–7.29 mm for car upholstery applications was studied [14].

Spacer fabrics made up of polyester or meta-aramid filament yarns with different linear densities were investigated. The fabrics were produced with different structures, such as lock knit, single-sided hexagonal mesh, and double-sided hexagonal mesh. The raw materials, type of spacer yarn, density, thickness, and tightness of surface layer have significant influence on thermal conductivity in spacer fabrics. The parameters that mainly influence the water vapor permeability of these fabrics are porosity, density, and thickness. Since those studies were conducted only on the specific spacer fabric with narrow range of thickness, the conclusions were restricted to a certain extent. Besides, the effect of surface structure on the water vapor permeability and air permeability was not studied.

Hence, this study investigated the thermo-physiological properties of different spacer fabrics. The fabrics had mass around 247.34–1,585.9 g/m2, thickness around 2–20 mm, and plain, mesh, and spacer structures. Water vapor permeability, air permeability, water absorption, and thermal insulation tests were conducted. Besides, this study compared not only the normal warp-knitted fabrics and warp-knitted spacer fabrics but also within different spacer fabrics. Due to the higher thickness of spacer fabric compared with traditional fabric, this study also investigated the water vapor and air permeability when fabrics were placed with mesh up or down separately. Pearson correlation analysis and principal component analysis (SPSS) were used to find the relationship between fabric parameter and testing results, and to extract the significant factor to determine the spacer with best heat and moisture transfer property.