天天乐棋牌游戏

        <p id="rrljb"><progress id="rrljb"></progress></p>

        <ins id="rrljb"><video id="rrljb"></video></ins>

            <mark id="rrljb"></mark><mark id="rrljb"><dfn id="rrljb"><ruby id="rrljb"></ruby></dfn></mark>
              <delect id="rrljb"></delect>

              <mark id="rrljb"><noframes id="rrljb"><font id="rrljb"></font>

              <b id="rrljb"></b>

                  <meter id="rrljb"></meter>

                  Rings and travellers

                  Running performance at its best.

                  This may be also of interest to you
                  Downloads
                  Contact us

                  Rings and travellers are the dominant elements in the ring-spinning process. Key to success is the reduction of the friction coefficient to the lowest level possible. At this point you will get the perfect balanced spinning geometry – that means the spinning tension is on a constant balanced level.

                  The reduction of friction will be achieved if the rings and travellers establish a symbiosis. Therefore we focused on the ideal combination of rings and travellers. The aspired ideal friction stands for:

                  • Higher traveller speed
                  • Lower working temperature
                  • Extended ring and traveller life time
                  • Avoidance of yarn tension peaks
                  • Better yarn quality (reduction of hairiness)
                  • Reduction of end breaks

                   

                  Furthermore the ideal friction strikes the balance between:

                  • Traveller drive angle to ring
                  • Traveller weight
                  • Traveller and ring geometry
                  • Traveller and ring coating
                  • Ring positioning
                  Texparts Rings & travellers

                  Rings and travellers are the dominant elements in the ring-spinning process. Key to success is the reduction of the friction coefficient to the lowest level possible. At this point you will get the perfect balanced spinning geometry – that means the spinning tension is on a constant balanced level.

                  The reduction of friction will be achieved if the rings and travellers establish a symbiosis. Therefore we focused on the ideal combination of rings and travellers. The aspired ideal friction stands for:

                  • Higher traveller speed
                  • Lower working temperature
                  • Extended ring and traveller life time
                  • Avoidance of yarn tension peaks
                  • Better yarn quality (reduction of hairiness)
                  • Reduction of end breaks

                   

                  Furthermore the ideal friction strikes the balance between:

                  • Traveller drive angle to ring
                  • Traveller weight
                  • Traveller and ring geometry
                  • Traveller and ring coating
                  • Ring positioning

                  Benefits

                  • No running-in time
                  • Consistent smooth running behaviour
                  • Perfect roundness, no vibration during
                    spinning
                  • No variations in ring sizes
                  • High speed spinning for all fiber
                    materials, yarn types and vast yarn
                    count ranges
                  • Smart traveller design with specific
                    coatings for an optimized balance
                    between traveller speed, life time and
                    yarn quality
                  • Universal suitability

                  Downloads

                  Find out more about our products. Here we provide you with all the relevant documents for download in PDF format.

                  Contact us

                  Should you have questions about our products or require additional guidance, kindly get in touch with your local contact person. As your partner, we pride ourselves in providing expert and swift support.

                   

                  loader

                  Copyright © 2019.天天乐棋牌游戏 All rights reserved.www.3lv16.cn

                  红包棋牌| 瓜瓜高安棋牌下载| 湖南棋牌游戏| 紫金棋牌游戏下载| 金豪棋牌首页