2 points of Current situation and trend of recycled fiber fabric

Current situation and trend of recycled fiber fabric industry due to the rapid development of synthetic fiber production technology, sufficient sources of recycled fiber raw materials and low cost, synthetic fiber has a great impact on the market position of recycled cellulose fiber.

Many research institutions and enterprises pay more attention to the development and application of new synthetic fibers.

What is the future prospect of recycled fiber fabric

All recycled fiber fabric are derived from cellulose in natural materials. Unlike ordinary synthetic fibers, they have the unique characteristics of natural materials.

For example, soybean protein fiber contains 18 ~ 20 kinds of amino acids, and milk protein fiber is also rich in amino acids, which has a good skin friendly and health care effect on the body and skin; For example, bamboo fiber has a good antibacterial and acarid effect.

Due to the rapid development of synthetic fiber production technology, the source of recycled fiber fabric raw materials is sufficient and the cost is low.

Synthetic fiber has a great impact on the market position of renewable cellulose fiber.

Many research institutions and enterprises pay more attention to the development and application of new synthetic fibers.

There are active hydroxyl groups on the molecules of recycled fiber fabric, so that all links in the production of regenerated cellulose fiber can be grafted and copolymerized with many other molecules for combined modification, which provides a broad space for the development of various high and new technologies in regenerated cellulose fiber.

Due to the reduction of cultivated land and the depletion of oil resources, the output of recycled fiber fabric and synthetic fiber will be more and more restricted

While paying attention to the environmental protection performance in the process of textile consumption, people have re recognized and explored the value of regenerated cellulose fiber.

Nowadays, the application of regenerated cellulose fiber has obtained an unprecedented development opportunity.

Current situation and trend of recycled fiber industry

At present, more and more industries begin to pay attention to recycled fibers, such as making stalls, tricycles, indoor furniture and building materials.

It is reported that the total output of recycled fiber in the world is 34.6 million tons, a decrease of 0.30% compared with that of recycled fiber fabric.

However, the output of regenerated cellulose fiber showed a significant growth trend.

The demand for recycled environment-friendly fabrics in the recycled fiber market has also increased significantly.

Compared with conventional fabrics, the price of grey raw fiber of recycled environment-friendly fabrics is 50% higher and the price of finished fabrics is 80% higher.

However, even at such a high price, the recycled fiber market is still in short supply of recycled fiber fabric.

The renewable fiber industry green development alliance (hereinafter referred to as the alliance) has released the three-year action plan for green development of renewable cellulose fiber industry (hereinafter referred to as the action plan).

The goal is to promote the alliance enterprises to reduce the comprehensive energy consumption by 10%, the fresh water consumption by 31% and the total sulfur recovery rate by 7% compared with the industry average level at the beginning of the 13th five year plan by the end of 2020.

At present, the annual output of fiber in the world has exceeded 100 million tons. With the continuous growth of fiber supply and the change of consumer consumption concept in recent years, regenerated cellulose fiber is favored by consumers because of its soft and skin friendly characteristics and natural attributes.

However, the industry still faces two major sustainable development challenges. One is the source of raw materials and how to ensure the sustainability of forestry resources used by fibers; The second is how to minimize the use of chemicals and pollutant emissions in production.