Shoe Uppers Yarn

Supply Ability

Supply Ability     10000 Kilogram/Kilograms per Month

Packaging & Delivery

Packaging Details   65cm*45cm*36cm also can with pallets

Lead Time:

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100%SERVICE100%PASSION100%SATISF ACTION QUALITY FIRST CLIENT SUPREME

Our yarn can be used for leggings, silk socks, denim, bra, socks, underwear, ribbons, elastic tapes, gloves, shoe uppers, and so on.

High Standard Workshop

Founded in 2016, the company covers an area of more than 30,000 square meters and is a production and sales enterprise specializing in norma yarn and functional yarn development.

Excellent After-sales service

We are a factory with superior after-sales service. We also have an innovation department which can help you develop new products. We can provide comprehensive textile production solutions.

Rigorous Quality Control

We will check if there is a shaped yarn or quality issue. Each carton is packed with a plastic tape of the same length and width. Storing yarn in the warehouse and keeping it in stable temperature and moisture to ensure quality.

Strict Production Flow

Strict production processes, automatic packaging, and strict delivery procedures, all to provide customers with the best quality service.

Q1:  What is the FlyKnit?

A:  Flyknit is a new lightweight technology developed by Brand Nike. People also call it "sock shoe",Flyknit is made from polyester yarn,then knit it to be Sports shoe-upper.

The sock shoe is quite fit and comfortable when wearing; Flyknit Shoe are common used in NBA and Olympic Games!Adidas also develop "primeknit" to compare with Nike flyknit.

Q2: Do you want to learn how to make flyknit shoeupper by digital knitting Machine?

A: Step 1: Shoe-Upper Design;

Make pattern in Computer program;

Make sure how many yarn colors which we use for this deisgn;

Step 2:Thread to Machine

Step 3: Start to Knitting

Step 4: Finish the Shoe Upper

Step 5: Pressing the Shoe Upper

Step 6: Laser cut the Shoe Upper

Q3:  Circular knitting technology for shoe uppers (Interviews):

Knitting Industry (KI): With flat knitted shoe uppers, knitting times are comparatively long but there is almost zero waste during production. Circular knitting is obviously much more productive than flat knitting but the waste levels must be quite high. Can you comment on this?

Wolfgang Müller (WM): Let’s first look at the economic aspect and at the production process as a whole. As a rule, standard filament yarns, mostly polyester, are used in circular knitting of shoe uppers. This means the yarn is less significant as a cost factor. And the output is much higher – ten to twenty times higher. So, in economic terms the wastage is not that relevant.

Looking at the ecological aspect, we have to put the wastage, which in fact exists with circular knitted shoe uppers, in perspective. First of all, not all flat knitting machines produce knit-to-shape, i.e. with no waste. We assume only 50 percent work this way. Another half either works with partly engineered shoe panels or rectangular shoe panels. Especially with the latter, we’re looking at the same waste levels we have with circular knitted shoe uppers.

Furthermore, due to higher productivity, energy consumption per piece produced on a circular knitting machine is about five times lower than on a flat knitting machine working with knit-to-shape. And, not to forget, standard polyester may be recycled.

KI: We believe that as many as 40,000 flat knitting machines have been sold worldwide for shoe upper production since the launch of the Nike Flyknit in 2012. How big is the circular knitting machine sales potential for shoe uppers?

WM: It is very hard to say how big the market may become in the future. In producing shoe uppers, circular knitting is definitely much more productive than flat knitting. So, assuming we could replace 50 per cent of flat knitting machines, we could possibly reach 1500 machines. Then we’d expect a further benefit because circular knitting is likely to replace some weaving and warp knitting too. So in the end, we’d probably be looking at a market of 3,000 to 5,000 circular knitting machines for shoe upper production over the next five years or so.

KI: Knitted fabric shoe uppers are very popular now for both fashion shoes and sports shoes. Can you give any indication on the total market size for knitted shoe uppers and which shoe types are best produced on circular knitting machines?

WM: Different types of leisure shoes can be produced with circular knitted upper material. That includes various sorts of sports shoes, such as running and fitness shoes. Even high-performance shoes in the outdoor and hiking segment come with upper materials produced on a circular knitting machine.

But at present it is impossible for us to give an indication of the total market size for knitted shoe uppers.

KI: Warp knitting completely dominates the shoe upper market. What are the main advantages of circular knitting over warp knitting in shoe upper production?

WM: The main advantage of circular knitting technology over warp knitting in shoe upper production is its variety of patterns and how easy they are to produce. On a warp-knitting machine several warp beams always need to be prepared, which involves work. That is only worthwhile if the material is manufactured in large quantities.

A circular knitting machine knits multi-coloured spacer fabrics and structures simply by pressing a button, as it were, using design software. That is why smaller batches in the desired colour combination can be produced profitably on a circular knitting machine.

KI: Mayer & Cie. machines offer a range of options for shoe uppers in jacquard, stitch transfer and spacer structures. Is there a machine that offers all-round versatility for shoe uppers?

WM: The perfect all-round machine that can both produce hole structures and provide the wide range of structures that double needle selection offers does not yet exist. In principle we have a concept of this kind that we could adapt for shoe uppers. But as always in life, you have to lower your sights here or there. The greater the pattern flexibility, the more we lose in terms of productivity.

That is why we attach great importance to being able to offer an optimal solution for every use that the customer requests. We definitely have optimal solutions at the ready in our OVJA range and the Technit D3. They offer jacquard patterns and spacer or hole structures, for example, combined with multi-coloured jacquard and striped patterns. And then there is a machine for coarse gauge and another for spacer fabrics with a high level of abrasion resistance.

A machine that combines more or less all of these features is feasible, as noted above. We have a concept for one, but it would do so at the expense of productivity. We are nonetheless looking into offering this all-rounder machine as well in the medium term.