欧美日韩亚洲一区二区-一区二区波多野结衣-国产精品无码av片在线观看播放-成人做爰www网站视频-天天曰天天躁天天摸孕妇-久久久久久黄色-日本免费网-99久久九九免费观看-国产精品无套呻吟在线-黄色午夜网站-综合欧美日韩国产成人-亚洲精品国产一区二区小泽玛利亚-久久久久久久国产精品影院-亚洲国产日韩在线-亚洲激情综合在线-xxx麻豆-国产高清乱码又大又圆-国产精品久久伊人-国产视频不卡-欧美在线看片a免费观看

Products and Applications
Recycled Chip Series

The recycled chip series is divided into four series: chemical fiber grade, bottle grade, film grade and industrial grade.

The recycled chips produced by the chemical recycling technology of Jiaren solved the problem of poor stability and uniformityJiaren actively promotes the development and production of functional recycled chip as long as doing normal recycled chip

There are many functional chip products: recycled cationic , recycled  low viscosity , and recycled antimony-free chip.



Recycled film grade chip

Optical film

Relying on the advantages of beauty's chemical recycling process,

The light transmittance of BOPET base film chip, which is suitable for optical film, reaches 89%~93%, and the fog degree is 0.4%~1.7%.

Suitable for the expansion of high-end optical film products to meet the downstream customers' active exploration of differentiated recycled materials and the importance of social responsibility.

Release film

Relying on the advantages of Jiaren' s chemical recycling process,

Customized production of BOPET base film chip suitable for release film base film transmission rate of 88%~89%, fog degree <4%,

Roughness Ra≤50um. Suitable for release film manufacturers to meet the high-end needs of customers.




Learn more
Recycled bottle grade chips

Application of chemical recycling technology

Can handle a variety of plastics (including mixed plastics) that are difficult to recycle by traditional methods,

Solve the problem of poor quality stability and uniformity of recycled products,

Recycled bottle grade chip is playing an increasingly important role in the packaging industry,

It has a good market prospect.


Learn more
Recycled semi-extinction/full extinction/high light chip series

The dyeing temperature of the regenerative semi-extinction/full extinction/bright section series is 115℃-130℃.

Cations in dye molecules tend to replace sodium ions of sodium sulfonate groups (-SO3NA),

Making the fiber easy to dye, high dyeing rate, and bright color,

At the same time , hygroscopicity  also improved

Learn more
Recycled low-viscosity chip

Can be mixed with conventional viscosity PET/PBT/PTT chip spinning,

The composite silk produced has the characteristics of superior extensibility, soft texture, good hair color and soft cushioning.

Used in products ranging from clothing to industrial materials.


Learn more
Recycled high-viscosity chips

Recycled PET chips with a viscosity of 0.67~1.0dl/g can be customized.

If there are requirements for the end carboxyl group, DEG, particle size, etc., they can be customized.

Mainly used to produce industrial yarn, can be used in tires, seat belts, airbags and so on


Learn more
Recycled cationic chip series at normal temperature and pressure

It can be spun filament or staple fiber for weaving brightly dyed fabrics

Can also be blended with other fibers, dyed into different patterns of hemp gray effect or two-color, multi-color effect of the fabric, reducing the cost


Learn more
Recycled antimony-free semi-extinction/flame retardant chip series

Antimony-free chip

As global environmental awareness continues to improve

Textile quality standards that do not contain heavy metals have been mandatory in many countries and regions

For example, European and American countries have implemented antimony-free quality standards for textiles

At present, only Jiaren company in the world has the production capacity of recycled antimony-free chips

It laid the foundation for opening the European and American markets

Flame retardant chip

The product uses DMY technology and has a high limiting oxygen index

Low smoke, difficult to ignite and other characteristics, excellent flame retardant performance

Permanent flame retardant effect, non-toxic, no corrosion, no pollution, good compatibility with the environment


Learn more