Common sense about looms
The invention of the loom requires a lot of technology to make the interwoven warp and weft can produce cloth. The main process is a threading system. The warp must be well tensioned so that the other system, the weft can be quickly inserted between the warps, so Can produce textiles quickly. Weaving machine common sense: Textile Instrument Company introduces that the two ends of the vertical warp are connected with small weights. The weights make the threads tighten so that the weft can pass between them. The weight of the loom is usually made of clay or stone. There are several different sizes and shapes, imposed by functional or cultural factors. The weight of the common shape of the loom is cone, cone, trapezoid, disc, and the weight of the loom. Weights are a common archaeological find, they are always used and stored in collections, and they are usually found in smaller or larger groups. The weight of the loom depends on the diameter of the yarn. The thinner the thread, the lighter the weight of the loom, at the same time, the width of the loom (that is, the distance between the weights in the weight of the two machines) depends on the density of the cloth. The weight of the wide loom, the more open cloth, the different shapes of the loom weight and the different types of service quality fabrics, therefore, in order to produce a very fine fabric, weavers have to use the weight of a light loom, for example A disc-shaped one, in other words, when a lot of very light weight is found on looms, we can be sure that they are produced with very fine fabrics. Textile Instrument Company introduces it is worth noting that the horizontal and vertical looms have more parts and tools that are usually made of wood. The key is that we understand these instruments through the description of classical art looms. In prehistoric times, looms and tools were not very clear about their specific forms and functions, because textile tools and production scenes were not in the Neolithic and Bronze Ages. Portrait painting.
1. ISO 5402-1: Specifies the flexometer method for testing leather flex resistance under repeated bending.
2. ISO 17694: Defines test methods for footwear upper and lining flex resistance, simulating real-world bending stress to assess long-term durability.
C
Quick links
Products