This paper focused on the assessment of the relation between constructional properties and percentage reflectance values of fabrics woven from polyester yarns through fabric layer numbers. Finally, we have been concluded an equation for each previous relationship, by using those equations will get a fabric with best mechanical properties and high loom production.

Research has been indicated that relationship between weft density with warp tension is an inverse relationship, while the relationship between weft count and weave float with warp tension is a direct relationship, and there is no effect of the weft type with warp tension. Experimented mechanical properties are (vertical tensile resistance, horizontal tensile resistance and friction resistance). Four fabric variables have been studied on warp tension, which are (weft density, weft count, weft type and weave structure). Chenille fabric was chosen for the test, because it is composed of a complex weave structures, on the other hand it is one of the most commonly used fabrics in the practical field.

While the second is to improve the fabric quality by increase its resistance to tensile and friction. This research has been examined the influence of fabric variables on warp tension, There are two advantages to applied the suitable tension on warp yarn, the first is to increase loom producing by decrease cutting of warp yarn, by suitable warp tension value. The analysis also describes how to convert the weave design into graphical form and take the graph prints of the design for mechanical card punching machine.Įxperimental studies were conducted on woven fabrics indicate that the yarn tension is the most important factor affects weaving performance and fabric property. It is observed that without making any additional programming, the paint tool is directly useful not only to edit the scanned vector design in raster pixel form but also to apply weave marks to prepare weave design for electronic jacquard weaving or electronic card punching.

Usefulness of different menus and tools for preparing the required weave marks, graph count, different marks, blanks, and its overlapping have been studied. The steps involved in preparing jacquard design, applying weave marks and converting the jacquard design of raster pixel form into graph paper form have been evolved. The possibility of using MS paint, the drawing accessory of MS window, as a simple jacquard graph designing software to prepare graph design with required weave marks and to take the graph print in required graph count from the given jacquard design has been explored.

Jacquard fabric design software