The leaves are the material basis for photosynthesis of plants, the medium for transpiration, and the main organs for the synthesis of organic matter. Therefore, in the process of plant growth and development, the leaf has the most obvious influence on it. From a scientific point of view, if the growth of cotton is good, it is not that the more leaves, the better, but it should be controlled within a reasonable range. And this important measure is the leaf area index. Using the leaf area meter to quickly determine the leaf area of ​​a plant, and calculating the leaf area index is one of the most reliable and convenient methods for obtaining the plant leaf area index. Taking cotton cultivation as an example, the leaf area is one of the indicators to measure the growth and development of cotton and whether the population structure is reasonable. Accurately determining the cotton leaf area is extremely important for improving the yield and quality of cotton cultivation. However, because the cotton leaves are palmately divided, the number of lobes and the depth of the rips vary depending on the species and the habitat of the leaves, so it is relatively cumbersome to accurately determine the cotton leaf area. In order to improve efficiency and accuracy, we have developed a leaf area meter that specializes in determining the leaf area of ​​plants and applies it to cotton leaf area index monitoring, which will certainly provide convenience and technical support for the effective development of these works. According to the leaf area index, it can reflect whether the cotton canopy structure is reasonable, whether the vegetative growth and reproductive growth are coordinated and their fertility processes, etc. However, the standard leaf area index required by cotton is different in different growth stages of cotton. Therefore, the measurement of cotton leaf area index is not a single measurement, but needs to be measured, analyzed and studied according to actual needs. That is, cotton leaf area index monitoring must be conducted. At this time, a simple, fast, accurate, and easy-to-use method is needed. The leaf area determination method is very important, and the application of leaf area meter in cotton leaf area index monitoring just meets the demand and can provide an important reference for the scientific cultivation of cotton and further guide cotton farmers to do field management work for cotton. The harvest will increase production and lay a good foundation. Terry Towel Warp Knitting Machine
Terry Towel Warp Knitting Machine is a highly-speed warp knitting machine, which running speed could up to 1,300RPM. Thanks to advanced technology and
carbon fiber material widely used, warp knitting terry towel machine becomes
more stable and higher productive compared with other terry machines.
A-ZEN TS4-C terry towel warp knitting machines, which
also be called KS4FBZ, is equipped with Germany Needles, Carbon-fiber Needle bed
and bars, laser-stops device as well as other market-tested spare parts, because
of which A-ZEN terry towel machines gain a market acceptance since last 4 years.
Piles of warp knitting terry could reach
to 6mm while back side of terry could be 3-4mm. The weight of warp knitting terry
usually from 200-400gsm. Microfiber Polyester, Polyamaid and cotton yarn are
available in warp knitting terry machine.
Working Width/Gauge: 186"/ E24;
Working Speed: 50-1300rpm (Depends on yarn and designs);
Pattern Drive System: Pattern Disc or EL Drive (Optional);
Yarn Let-off Device: Electronical Yarn Let-off System;
Fabric Take-up: Electronical Fabric Take-up System;
Batching Device: Electronical Batching Device;
Laser Stops Detector;
Individual Terry Pile Brushing Device;
Online Service Supported.
Details please check machine leaflet.
Terry Towel Warp knitting machine,Terry machine,Microfiber towel machine CHANGZHOU A-ZEN TEXTILE TECHNOLOGY CO.,LTD , https://www.tricotmachinery.com
Technical Data: