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Specializing In The Production Of Textile Fabrics

Changxing Baoruide Textile Co., Ltd. is China Textile Fabric Manufacturers and Textile Fabrics Factory, our company is an enterprise specializing in Polyester Fabric, cloth fabric, Polyester Taffeta, Face Mask, and Knitt Fabric, which can be used for home textiles, medicinal usage, and Clothes. Our company has consistently adhered to "quality is life, the customer is God". With the joint efforts of our new and old customers, we will continue to expand our company's business. After several years of struggling, we supply Textile Fabric Wholesale, our company has become one of the fastest-growing companies in this industry. In terms of product quality, customer service, and price, our company has become at the forefront of the industry.
We cooperate with reliable factories to ensure that the quality can satisfy every customer. We have rich experiences of doing business with customers from foreign countries.
We are good at producing functional fabrics, which means the fabrics can be made to have various functions according to customers' requirements and can be customized.

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We are 100% Polyester Fabric Manufacturers.

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Industry knowledge
What is polyester fabric?
Polyester fabric is a widely used synthetic textile material that has gained popularity over the years due to its numerous advantageous properties. This versatile fabric is known for its durability, wrinkle resistance, moisture-wicking abilities, and easy care. In this introduction, we will explore the origins of polyester fabric, its manufacturing process, and its various applications in different industries. We will also discuss the environmental impact of polyester and some sustainable alternatives that are being developed.
Polyester fabric, also known as polyethylene terephthalate (PET) fabric, was first developed in the early 1940s by British chemists John Rex Whinfield and James Tennant Dickson. Their aim was to create a synthetic fiber that could compete with natural fibers such as cotton and silk. By experimenting with different chemicals and processes, they successfully produced a polyester fabric that exhibited exceptional strength and resistance to stretching.
However, it is important to address the environmental impact of polyester fabric. As a petroleum-based synthetic material, the production of polyester fabric requires the extraction and refinement of non-renewable resources. Additionally, the manufacturing process emits greenhouse gases and consumes significant amounts of energy and water. Moreover, polyester fabric is not biodegradable, and its disposal can contribute to pollution and waste accumulation.
In conclusion, polyester fabric is a versatile synthetic material that offers numerous advantageous properties. Its durability, wrinkle resistance, moisture-wicking abilities, and easy care make it a popular choice in various industries. However, it is important to consider the environmental impact of polyester and explore sustainable alternatives to minimize its ecological footprint. By combining the functional benefits of polyester with eco-friendly practices, we can strive towards a more sustainable and responsible textile industry.
How is polyester fabric made?
Polyester fabric is made through a process called polymerization, where long chains of synthetic polymers are formed. Here's a general overview of the steps involved in manufacturing polyester fabric:
    Raw Materials: The main raw materials for polyester fabric production are petroleum-derived chemicals, specifically ethylene and terephthalic acid (PTA) or dimethyl terephthalate (DMT). These chemicals are obtained from crude oil or natural gas.
    Polymerization: The first step is to create the polyester polymer. In a chemical reactor, ethylene glycol and either PTA or DMT are combined and heated. This process results in a reaction known as esterification or transesterification, where the monomers combine to form a molten polymer.
    Extrusion: The molten polyester polymer is then extruded through a spinneret, which is a device with tiny holes. As the polymer passes through the spinneret, it solidifies and forms long continuous fibers. The number of holes in the spinneret and the design of the spinneret determine the thickness and shape of the fibers.
    Cooling and Solidification: After extrusion, the fibers pass through a cooling chamber where they are cooled using air or water. This rapid cooling helps solidify the fibers and maintain their shape.
    Drawing: The cooled fibers are then stretched or drawn to improve their strength, durability, and overall performance. This process aligns the polymer chains, making the fibers stronger and more resistant to stretching.
    Crimping (optional): In some cases, the fibers are crimped to give them a wavy or textured appearance. Crimping adds bulk and elasticity to the fibers, making them suitable for certain applications such as clothing.
    Spinning: The drawn and possibly crimped fibers are twisted together to form yarns. Multiple fibers are combined during this process to achieve the desired thickness and strength of the yarn.
    Weaving/Knitting: The polyester yarns are then woven or knitted using specialized machinery to create the final fabric. Weaving involves interlacing the yarns at right angles to form a stable fabric structure, while knitting involves creating loops of yarn to form a flexible and stretchable fabric.
    Finishing: After weaving or knitting, the fabric undergoes various finishing processes to enhance its properties. This may include treatments such as dyeing, printing, heat setting, or applying coatings to improve texture, color, durability, or other desired characteristics.
    Final Inspection and Packaging: The finished polyester fabric is inspected for quality control, ensuring it meets the required specifications. Once approved, the fabric is rolled or folded, packaged, and prepared for shipment to manufacturers or retailers.
It's important to note that there can be variations in the manufacturing process depending on the specific type of polyester fabric being produced and the intended application of the fabric. Different additives and treatments may also be used to achieve specific properties, such as flame resistance or moisture-wicking capabilities.