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Used for washer oils Polymer PNIPAM

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Used for washer oils Polymer PNIPAM

to searchFestigation of PNIPAM in a calcium chloride solution for 3D printing

For the University of California, San Diego and Hanyang University, recycled products have been used that use polymers for 3D printing. The material can be used in electronics technology and biomedicine.

  1. Forscher from California and South Korea used a washable polymer for the 3D print.
  2. The polymer PNIPAM has been tested by the salt-extinguishing effect on heat or light.
  3. PNIPAM can be combined with other materials, one of the properties they possess.
  4. One of the many material nanoparticles the shell produces has been tested and recycled.
  5. The device can be operated electronically and medically.

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Forscher from California and South Korea has used a new, recyclable material for 3D printing that is water-soluble. The polymer is called PNIPAM (poly(N-isopropylacrylamide)), which was developed in the 1950s and has been found in various types of biosensors and control devices. Now that the University of California, San Diego and Hanyang University in South Korea have been funded, PNIPAM could become a recyclable material for 3D printing. The scientist reported in a post titled “Sustainable 3D printing through reversible salting-out effects with aqueous salt solutions” on nature.com.

New registration for 3D printer during PNIPAM

Festigation of PNIPAM in a calcium chloride solution for 3D printing
The image said that the production of PNIPAM in a calcium chloride solution, a recycled polymer, could be 3D printed. (Image © University of California, San Diego)

The use of a PNIPAM is its property, if one of the effects thereof is such that it is exposed to heat, light or toxic substances. This process, also as a “salt-excretion effect” can be possible, 3D-printed structure of PNIPAM in water aufzulösen and the material that re-used. This equipment can get a new impetus in electronics and bio-medical systems.

One of the challenges in the application of PNIPAM war victory Water-reliability and Temperature-reliability, its application areas could be reduced. By combining with other materials, with many different types of materials, the Forscher can explain the thermal and mechanical properties of the polymers. Because the lighting provides an electric lighting, there is a LED lamp with a powerful power supply. After the test, the circuit could be solved again and the material recovered.

Future perspectives for recyclable electronics

The quality, water reliability with functional properties of combinations, opens exciting prospects for the future use of PNIPAM in recycling electronics. Especially the improvement of the electronic protection and the integrated technology that can use this technology, can increase the larger size of the wiring. Future manufacturers of electronic devices can set more on PNIPAM-based circuits.

This construction says that the 3D printing contains a new role in the new development, an extremely friendly technology that can be played.

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