Looping Nylon Technique: no virgin material from recycled fiber to recycle
Category: Mechanical/Materials
Developers: TTRI
Product Description:Looping Nylon Technique includes Ultrasonic Cleaning Technology, without virgin material, which cleans recycled fishnets up to 98% clean for reuse, through Chain Extension and Polyether Modification, to develop nylon membranes. Between the cloth is glueless, mono-material which can be recycled and reused up to 20 times and complies with Medical Device Regulation. Looping Nylon Technique does not consume original resources, but is recycled from marine waste. It adopts chain extension and polyether modification, without the need for traditional chemical depolymerization, to develop nylon film materials, which are moisture permeable, antibacterial and wear-resistant, and can be bonded to nylon fabrics without the use of glue, maintaining mono-material. After recycling, there is no need for separation, and after crushing, it can be reused, and the recycled materials have obtained medical grade certification. Short-fiberization is first performed, using patent cleaning agents to remove grease, algae and salt through ultrasound to obtain high-purity recycled materials with a cleanliness level of up to 98% without using virgin material. The nylon membrane is developed by Chain Extension and Polyether Modification. The thinnest membrane can reach 10µm, and the dense structure can resist viruses and bacteria. After use, the medical bed and lifeboat can be crushed and returned to the membrane-making system.
Developers: TTRI
Product Description:Looping Nylon Technique includes Ultrasonic Cleaning Technology, without virgin material, which cleans recycled fishnets up to 98% clean for reuse, through Chain Extension and Polyether Modification, to develop nylon membranes. Between the cloth is glueless, mono-material which can be recycled and reused up to 20 times and complies with Medical Device Regulation. Looping Nylon Technique does not consume original resources, but is recycled from marine waste. It adopts chain extension and polyether modification, without the need for traditional chemical depolymerization, to develop nylon film materials, which are moisture permeable, antibacterial and wear-resistant, and can be bonded to nylon fabrics without the use of glue, maintaining mono-material. After recycling, there is no need for separation, and after crushing, it can be reused, and the recycled materials have obtained medical grade certification. Short-fiberization is first performed, using patent cleaning agents to remove grease, algae and salt through ultrasound to obtain high-purity recycled materials with a cleanliness level of up to 98% without using virgin material. The nylon membrane is developed by Chain Extension and Polyether Modification. The thinnest membrane can reach 10µm, and the dense structure can resist viruses and bacteria. After use, the medical bed and lifeboat can be crushed and returned to the membrane-making system.
