In-depth analysis of fine coating process and excellent functional application

In the continuous evolution of textile material technology, ordinary transparent PU coated fabrics have become the object of favor in many industries due to their unique transparent texture and diverse functional characteristics. This article will start from the core of the production process-the coating process, especially focusing on the three key parameters of coating amount, coating speed and coating temperature, and deeply explore how they affect product quality, and further explain the functional use of the fabric to show its professionalism and application value.

2. Fine coating process: control and optimization of key parameters
In the production process of ordinary transparent PU coated fabrics, the coating link is a key step to ensure product quality. Among them, the coating amount, coating speed and coating temperature are three critical parameters, and their precise control plays a decisive role in achieving uniform coating, moderate thickness and the performance of the final product.

Accurate control of coating amount: The amount of coating is directly related to the thickness and transparency of the coating. If the coating amount is too large, it will not only increase the cost, but also cause the coating to be too thick, affecting the transparency and softness of the fabric; on the contrary, if the coating amount is too small, the coating may be too thin, and the waterproof and windproof properties of the PU coating cannot be effectively exerted. Therefore, ensuring the accuracy of the coating amount through precise metering equipment and strict process control is the prerequisite for producing high-quality transparent PU coated fabrics.
Reasonable adjustment of coating speed: The selection of coating speed needs to comprehensively consider the performance of the coating machine and the material characteristics of the base fabric. Different models of coating machines have different coating speeds and precisions, and the material of the base fabric will affect the adhesion and uniformity of the coating on its surface. Through repeated tests and optimization adjustments, finding the coating speed that best suits the current production conditions is the key to ensuring uniform and no omissions in the coating.
Strict control of coating temperature: Coating temperature is an important factor affecting the fluidity and curing effect of the coating slurry. If the temperature is too low, the coating slurry has poor fluidity and it is difficult to form a uniform coating; if the temperature is too high, the coating slurry may cure prematurely, affecting the coating effect. Therefore, an advanced temperature control system is required during the coating process to monitor and adjust the coating temperature in real time to ensure that it fluctuates within the optimal range to obtain the ideal coating effect.

3. Excellent functional use: Wide application of transparent PU coated fabrics
Thanks to the fine coating process and excellent performance, ordinary transparent PU coated fabrics have shown broad application prospects in many fields.
Fashion clothing field: Transparent PU coating gives the fabric a unique visual effect and functionality. In clothing design, it can not only add a sense of fashion as a decorative element, but also provide practical functions such as waterproof and windproof to meet the needs of outdoor activities.
Home decoration and car interior: Its transparent characteristics and good wear resistance and easy cleaning make transparent PU coated fabrics an ideal choice for home decoration and car interior. Whether it is used as curtains, sofa covers or car seat covers, it can add a sense of modernity and comfort to the space.
Industrial application: In the industrial field, transparent PU coated fabrics also play an important role. Its waterproof, oil-proof and wear-resistant properties make it the preferred material for industrial fabrics such as waterproof tarpaulins and oilcloths. At the same time, its stable chemical properties are also suitable for the special needs of industries such as chemistry and electronics.

Ordinary transparent PU coated fabrics have occupied an important position in the textile industry through sophisticated coating technology and excellent functional properties. In the future, with the continuous advancement of technology and the continuous expansion of the market, we have reason to believe that this material will show its unique charm and value in more fields.