There are protrusions in the form of fluffy hose in the transverse direction on the front surface of interlock hose knit fabrics. The back surface of the fabric has the appearance of a flat interlock knit.
First of all, the machine to be produced should be determined according to the technical data of the pattern, and after the machine is determined, the machine should be prepared in order to produce the RR interlock hose braid. The most important reason for checking the compatibility of the technical data of the pattern with the machine is to ensure that the machines are used at maximum capacity, because the establishment purpose of the enterprises is to make profit. The most important reason for controlling is to ensure that the machines are used at maximum capacity, because the establishment purpose of the enterprises is to make profit.
In order for the hose knitting to be produced, the needle arrangement of the machine must be in the normal interlock arrangement.
As seen in the steel report above, the sample interlock hose braid to be knitted consists of 16 systems. Here, the number of systems in a report makes the hose shape of the braid on the surface more fluffy. If it is desired to obtain a thinner-looking hose, it is sufficient to reduce the systems that weave the system only in the cylinder. The last four systems in the steel report are actually important for creating the next hose and for relieving the machine (needles). The duplication or reduction of these systems determines the distance between both hoses in the transverse direction on the fabric surface. The effect of may setting in the production of hose braid is very high. If over tightened, the hose creates a very hard surface. In addition, since it knits only cylinders on top of each other, the needles may be damaged due to tight knitting in the interlock knitting entrance to be knitted in the last systems. If it is left too loose, a hose image does not appear on the surface.
For RR interlock production, the feeding of the yarns should be taken from a separate pulley only for systems that knit in cylinders, and systems that make interlock knits from a separate pulley. In order to determine the pulley on which the furnisers will move, all the furnisers one by one must be shifted up and down in the black area between the two gears.
The fabric draft setting should be much lower than the normal interlock pattern because, as can be seen from the report, the machine can knit much less rows in the number of systems when it turns once.
After the machine is ready, some sample fabric should be knitted. The yarn used for this knitted fabric should have the same properties as the sample fabric. After some fabric is knitted, the machine is stopped and a piece of sample is cut from it. The cut sample is checked after waiting for a while.
We need to check whether the knitted sample fabric has the desired properties. Here, the knitted fabric sample is compared with the sample fabric if there is any, and if there is no sample fabric, the control is made by taking into account the desired features in the order form. In the controls to be made, we should check the size of the hose, the swelling of the hose, the loop setting and the weight. The main criterion for the control is the order form and the customer's request. In some cases, the production phase should be started by taking into account the technical data of the machine.
After making the desired settings on the machine, knitting the sample fabric and making the controls, the production of the fabric can be started. During the production of the fabric, care should be taken for possible errors. In addition, when arranging the bobbins on the creels, care should be taken that the yarns are in the same lot (lot) or bobbin according to the creel arrangement report.
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