- Polycarbonate (PC)
engineering resins are amorphous, clear polymers that exhibitsuperior
dimensional stability, good electrical properties, good thermal
stability, and outstanding impact strength.
- Polycarbonate (PC)
is known for it's transparency, excellent resistance to impact and its
ability to withstand high temperatures during the lifespan of the final
article.
- CD-A compact disc is
made up of a polycarbonate disc body (95% by volume), with the dye and
reflective layers on the surface.
- A recycling process
consisting of an oven, extruder, pelletizer, oven, injection molder, and
granulator, was used to process the material.
- A recent trend in
optical media manufacturing is the escalating price of polycarbonate.
- Polycarbonate (PC)
is used in computer and electronic housings, and here it was sought to
reuse this polymer after having been separated from electronic shredder
residue.
- Increasing use of
polycarbonate (PC) for optical discs leads naturally to identifiable
arisings with the potential for recycling. The difficulty lies in the
separation of the polycarbonate from the coatings used to record and
preserve the stored information.
- The increasing
amount of polycarbonate wastes coming from CDs and plastic objects makes
it necessary to develop a suitable process to recycle these
materials.
- Equipment Costs: the total cost for all
equipment is estimated to be 2Crores to process 6 tons per day
- Investment returns of hardware facilities
in 12 months .Major output will be polycarbonate & Silver
- 98% of polycarbonate is recoverable.0.5 kg
of silver is recoverable from each ton of
CD -R
- According to one study,
If the investments made in hardware facilities can be recovered within
37 months with a one-shift operation, it can be recovered within 10
months with two-shift operations, and it can
be further shortened to 6 months with a three shift operation |
General Information
- Performance
Characterization of Recycled Thermoplastics fro Material Life - Cycle
Analysis
- Polycarbonate &
Recycled PC
- Rheological
and Mechanical Properties of Recycled Polycarbonate
- Rheological
and mechanical properties of ABS/PC blends
Technology
and Patent
- Recycling Technology
- Sprue
Recycling
- Technologies for the
Identification, Separation and Recycling of Automotive
Plastics
- Blend
Composition Containing Recycled Polycarbonate and Recycled
Polymethylmethacrylate
- Recycle Method for
Polycarbonate Resin Waste
- Polycarbonate
redistribution method
- Process for the
Recycling of Polycarbonate
Recycling Process
- Data
Erasing and Recycling of Optical Disks
- Recycling of Compact
Disc
- Recyclability
of Flame Retarded Polycarbonate: Comparison of Non-halogenated to
Halogenated Flame Retardants
- Chemical recycling
of polycarbonate in a semi-continuous lab-plant.
- The Life Cycle of a
CD Or DVD
- New Strategies for
Compact Disc Recycling
- Recycling of
Polymers
- Syntheses of
polycarbonate and polyurethane precursors utilizing CO2 over highly
efficient, solid as-synthesized MCM-41 catalyst
- Business Plans for
Recycling Enterprises
|
Company Profiles
- Company in
Japan
- Company in
United Kingdom
- Company in
England
- Company in
Texas
- Company in
Ohio
- Another Company in
England
- Another
Company in United Kingdom
- Another Company in
Japan
Machinery Suppliers
- Information about
plastic recycling machinery
- Plastic recycling
machine
- Plastic recycling
machinery Selling Leads
- Indian Exporters &
Manufacturers
- Indian
Supplier
Consultants
- Consultant in New
York
- Expert in Plastics
and Rubber Recycling
- Project
Consultancy Services
- Consultant in
California
Reports
- Recycling the polycarbonate bottle
- Development of chemical recycling processes for plastic
waste
- A New Profit
Center for Rechargers
- Environmental
Assessment for Bisphenol - A and Polycarbonate
- Degradation of
Polycarbonate by a Polyester-Degrading Strain, Amycolatopsis sp.
Strain
- Video
File
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