Printing on Polymers
-10%
portes grátis
Printing on Polymers
Fundamentals and Applications
Izdebska-Podsiadly, Joanna; Thomas, Sabu
William Andrew Publishing
09/2015
444
Dura
Inglês
9780323374682
15 a 20 dias
1450
Descrição não disponível.
1. Printing on Polymers: Theory and Practice
2. Polymeric Materials: Structure, Properties and Applications
3. Design of Printing Ink Formulations
4. Additives for Ink Manufacture
5. Advanced Nanoscale Materials for Ink Manufacture
6. Rheology of Printing Inks
7. Plasma Assisted Polymer Surface Modifications
8. Corona Treatment of Polymer Surfaces
9. Chemical Modification of Polymer Surfaces
10. Other Methods of Polymer Surfaces Modifications
11. Flexographic Printing
12. Gravure Printing
13. Offset Printing
14. Inkjet Printing
15. Screen Printing
16. Pad Printing
17. Stamping
18. 3D Printing
19. Other Printing Techniques
20. Theory, Modelling and Simulation of Printing
21. Characterisation of Colorimetric Aspects of Print Quality
22. Characterisation of Mechanical Properties of Prints
23. Ageing and Degradation of Printed Materials
24. Applications of Printed Materials
25. Safety and Environmental Aspects of Polymer Printing
26. Recyclability and Life Cycle Analysis of Printed Materials
2. Polymeric Materials: Structure, Properties and Applications
3. Design of Printing Ink Formulations
4. Additives for Ink Manufacture
5. Advanced Nanoscale Materials for Ink Manufacture
6. Rheology of Printing Inks
7. Plasma Assisted Polymer Surface Modifications
8. Corona Treatment of Polymer Surfaces
9. Chemical Modification of Polymer Surfaces
10. Other Methods of Polymer Surfaces Modifications
11. Flexographic Printing
12. Gravure Printing
13. Offset Printing
14. Inkjet Printing
15. Screen Printing
16. Pad Printing
17. Stamping
18. 3D Printing
19. Other Printing Techniques
20. Theory, Modelling and Simulation of Printing
21. Characterisation of Colorimetric Aspects of Print Quality
22. Characterisation of Mechanical Properties of Prints
23. Ageing and Degradation of Printed Materials
24. Applications of Printed Materials
25. Safety and Environmental Aspects of Polymer Printing
26. Recyclability and Life Cycle Analysis of Printed Materials
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
I?E*00; 3-D printing processes; 3-D printing; Abrasion resistance; Absorbent and nonabsorbent bases; Additive manufacturing; Additives; Adhesion promoters; Adhesion; Aging; Anilox rollers; Application of polymers; Artificial aging; Available jet machining; Ballard skin; Biomimetic; Biopolymers; Changes of chemical and physical properties; Chemical and physical characteristics; Chemical vapor deposition; Coating; color difference; Color measurement; Colored inks; Colorimetric aspects; Continuous color control; Core; Corona discharge; Degradation; Deterioration of functionality; Diamond stylus; Doctor blade; Dot gain; Droplet impact; Drying methods; Electrical properties; Electromechanical engraving; Electron beam; Emulsion; Etching; FIB; Flat-bed screen printing; Flexible and rigid packages; Flexographic inks; Flexographic printing; Flow behavior; Foil; Food packaging; Frame; Functional inks; Functionalization; Gravure cylinder; Gravure ink; Gravure printing; Halftone; Hot embossing; Human health and safety; Imaging; Impact assessment; Imprint technology; Industrial packaging; Ink layer; Ink manufacture; Ink spreading; Inkjet printing; Labels; Laser beam processing; Laser engraving; Life-cycle assessment (LCA)Plastic films; Light scattering; Magnetron sputtering; Mechanical and optical properties; Mechanical properties; Mesh; Metallurgical coating; Microcapsules; Microencapsulated particles; Microencapsulation; Micromachining; Microspheres; Multicolor printing; Multilayer; Nanomaterials; Newtonian fluids; Non-Newtonian fluids; Offset printing; Optical dot gain; Optoelectronic devices; Oxygen; Packaging; Pad printing; Pad; Patterning; Perception of color; Performance additives; Pharmaceutical and personal care packaging; Photo-grafting polymerization; Pigments; Plastic substrates; Polyamide (PA)Polyethylene (PE)Polyethylene terephthalate (PET)Polymer; Polymer structure; Polymer substrates; Polymer; Polymeric substrate; Polymers; Polypropylene (PP)Polyvinyl chloride (PVC)Wettability; Print characterization; Print quality; Printability; Printed electronics; Printed household equipment; Printed plastic gifts; Printed plastic; Printed polymers; Printing defects; Printing form; Printing ink; Printing inks; Printing machine; Printing machines; Printing plates; Printing press; Printing substrate; Printing techniques; Printing varnish; Publication printing; Quality control; Recycling; Resins; Rheology; Risk management; Rotary screen printing; Scratch resistance; Screen printing; Sheet-fed; Shell; Solvents; Spectral reflection prediction model; Spectrophotometric measurements; Stencil/plate making; Substrate influence; Surface chemistry; Surface oxidation; Surface reflection; Surface treatment; Surface wetting; Surface-free energy; Surfactants; Sustainability; Tack; Thermal properties; Thermoplastic; Thin film; Thixotropy; UV inks; Viscosity; Waterless offset printing; Waxes; Web-fed offset; Wettability; Wetting agents; X-ray
1. Printing on Polymers: Theory and Practice
2. Polymeric Materials: Structure, Properties and Applications
3. Design of Printing Ink Formulations
4. Additives for Ink Manufacture
5. Advanced Nanoscale Materials for Ink Manufacture
6. Rheology of Printing Inks
7. Plasma Assisted Polymer Surface Modifications
8. Corona Treatment of Polymer Surfaces
9. Chemical Modification of Polymer Surfaces
10. Other Methods of Polymer Surfaces Modifications
11. Flexographic Printing
12. Gravure Printing
13. Offset Printing
14. Inkjet Printing
15. Screen Printing
16. Pad Printing
17. Stamping
18. 3D Printing
19. Other Printing Techniques
20. Theory, Modelling and Simulation of Printing
21. Characterisation of Colorimetric Aspects of Print Quality
22. Characterisation of Mechanical Properties of Prints
23. Ageing and Degradation of Printed Materials
24. Applications of Printed Materials
25. Safety and Environmental Aspects of Polymer Printing
26. Recyclability and Life Cycle Analysis of Printed Materials
2. Polymeric Materials: Structure, Properties and Applications
3. Design of Printing Ink Formulations
4. Additives for Ink Manufacture
5. Advanced Nanoscale Materials for Ink Manufacture
6. Rheology of Printing Inks
7. Plasma Assisted Polymer Surface Modifications
8. Corona Treatment of Polymer Surfaces
9. Chemical Modification of Polymer Surfaces
10. Other Methods of Polymer Surfaces Modifications
11. Flexographic Printing
12. Gravure Printing
13. Offset Printing
14. Inkjet Printing
15. Screen Printing
16. Pad Printing
17. Stamping
18. 3D Printing
19. Other Printing Techniques
20. Theory, Modelling and Simulation of Printing
21. Characterisation of Colorimetric Aspects of Print Quality
22. Characterisation of Mechanical Properties of Prints
23. Ageing and Degradation of Printed Materials
24. Applications of Printed Materials
25. Safety and Environmental Aspects of Polymer Printing
26. Recyclability and Life Cycle Analysis of Printed Materials
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
I?E*00; 3-D printing processes; 3-D printing; Abrasion resistance; Absorbent and nonabsorbent bases; Additive manufacturing; Additives; Adhesion promoters; Adhesion; Aging; Anilox rollers; Application of polymers; Artificial aging; Available jet machining; Ballard skin; Biomimetic; Biopolymers; Changes of chemical and physical properties; Chemical and physical characteristics; Chemical vapor deposition; Coating; color difference; Color measurement; Colored inks; Colorimetric aspects; Continuous color control; Core; Corona discharge; Degradation; Deterioration of functionality; Diamond stylus; Doctor blade; Dot gain; Droplet impact; Drying methods; Electrical properties; Electromechanical engraving; Electron beam; Emulsion; Etching; FIB; Flat-bed screen printing; Flexible and rigid packages; Flexographic inks; Flexographic printing; Flow behavior; Foil; Food packaging; Frame; Functional inks; Functionalization; Gravure cylinder; Gravure ink; Gravure printing; Halftone; Hot embossing; Human health and safety; Imaging; Impact assessment; Imprint technology; Industrial packaging; Ink layer; Ink manufacture; Ink spreading; Inkjet printing; Labels; Laser beam processing; Laser engraving; Life-cycle assessment (LCA)Plastic films; Light scattering; Magnetron sputtering; Mechanical and optical properties; Mechanical properties; Mesh; Metallurgical coating; Microcapsules; Microencapsulated particles; Microencapsulation; Micromachining; Microspheres; Multicolor printing; Multilayer; Nanomaterials; Newtonian fluids; Non-Newtonian fluids; Offset printing; Optical dot gain; Optoelectronic devices; Oxygen; Packaging; Pad printing; Pad; Patterning; Perception of color; Performance additives; Pharmaceutical and personal care packaging; Photo-grafting polymerization; Pigments; Plastic substrates; Polyamide (PA)Polyethylene (PE)Polyethylene terephthalate (PET)Polymer; Polymer structure; Polymer substrates; Polymer; Polymeric substrate; Polymers; Polypropylene (PP)Polyvinyl chloride (PVC)Wettability; Print characterization; Print quality; Printability; Printed electronics; Printed household equipment; Printed plastic gifts; Printed plastic; Printed polymers; Printing defects; Printing form; Printing ink; Printing inks; Printing machine; Printing machines; Printing plates; Printing press; Printing substrate; Printing techniques; Printing varnish; Publication printing; Quality control; Recycling; Resins; Rheology; Risk management; Rotary screen printing; Scratch resistance; Screen printing; Sheet-fed; Shell; Solvents; Spectral reflection prediction model; Spectrophotometric measurements; Stencil/plate making; Substrate influence; Surface chemistry; Surface oxidation; Surface reflection; Surface treatment; Surface wetting; Surface-free energy; Surfactants; Sustainability; Tack; Thermal properties; Thermoplastic; Thin film; Thixotropy; UV inks; Viscosity; Waterless offset printing; Waxes; Web-fed offset; Wettability; Wetting agents; X-ray
