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Compositions powder coatings

Adhesives, Composites, Powder Coatings, Electronics, Molding Compounds (Integrated Circuit), Powder Coatings Can Coatings,... [Pg.143]

The energy required to initiate an explosion and the maximum explosive pressure developed by a number of polyester—epoxy powder coatings has been studied in some detail (89). The variables studied included composition, level and type of pigmentation, particle size, and concentration in air. The lowest MEG for unfilled and unpigmented powders was 33—35 g/m. ... [Pg.326]

Rapid survey analysis of solids, powders, composites, films, coatings, pastes, slurries and liquids... [Pg.631]

Epoxy-based adhesives, 10 458-459 Epoxy-based composites, 26 763 Epoxy-based powder coatings, 10 439-442 Epoxy-based thermoplastics, 10 365... [Pg.323]

Polyester-6/oe/ -polycarbonate, 7 646 Polyester bottles, recycling, 20 54-56 Polyester can coatings, 13 39 Polyester carbonates, 19 822 Polyester-carboxyl powder coatings 1998 production, 7 49 Polyester composites, cross-linked, 20 114 Polyester composition, determining, 20 21 Polyester diols, 25 476... [Pg.728]

Polyester polyols, 25 464 468 Polyester resin(s), 11 302 coating resins, 7 104-106 cyclopentadiene and dicyclopentadiene applications, 8 230 flammability of, 20 115-116 properties in powder coating, 7 43t standard test methods for, 20 11 It unreinforced, 10 187t weathering of, 20 116 Polyester resin-based powder coatings, organic titanium compounds in, 25 125 Polyester resin composites, 26 762-763 Polyester resin formulations ingredients of, 20 96t unsaturated, 15 511-512 Polyesters, 10 185-189, 497 12 655-656. See also Thermoplastic polyesters Unsaturated polyesters acid resistance of, 20 7-8 antioxidant applications, 3 121 aromatic ionic, 23 722 based on 1,4-cyclohexanedimethanol, 12 674-675... [Pg.729]

Poly(phenylene sulfide-phenyleneamine-phenyleneamine) (PPSAA), 23 709 Poly(phenylene sulfide) (PPS), 10 201-202 23 639, 702, 704 highly sulfonated, 23 719-720 high molecular weight, 23 714 linear perfluorinated, 23 706 powder coatings, 7 41 Poly(phenylene sulfide) composites, 26 764... [Pg.741]

Boogh L, Pettersson B, Minson J-A (1997) Proceedings of the EPS 97 Conference on Surfaces and Interfaces in Polymers and Composites, Lausanne, Switzerland Pettersson B, Sorensen K (1994) Proceedings of the 21st Waterborne, Higher Solids Powder Coatings Symposium, New Orleans, Louisiana, p 753... [Pg.34]

Fig. 1.5.3 Aerosol generator assembly for the production of composite or coated particles (a) carrier gas (e.g., helium) tank, (b) drying column containing silica gel and molecular sieve, (c) Millipore membrane of 0.1 p.m pore size, (d) flow meters, (e) nuclei (e.g., NaCI, AgCI) generator, (f) and (m) boilers containing different reactant liquids, (g) and (n) condensation chambers, (h) heater, (i) chamber for recondensation of droplets, (q) and (e) coreactant containers, (k) and (p) vapor injection ports, (I) and (g) reaction chambers, (r) powder collector. (From Ref. 39.)... Fig. 1.5.3 Aerosol generator assembly for the production of composite or coated particles (a) carrier gas (e.g., helium) tank, (b) drying column containing silica gel and molecular sieve, (c) Millipore membrane of 0.1 p.m pore size, (d) flow meters, (e) nuclei (e.g., NaCI, AgCI) generator, (f) and (m) boilers containing different reactant liquids, (g) and (n) condensation chambers, (h) heater, (i) chamber for recondensation of droplets, (q) and (e) coreactant containers, (k) and (p) vapor injection ports, (I) and (g) reaction chambers, (r) powder collector. (From Ref. 39.)...
In the field of metallic powder applications, a method of plasma spray coating suitable for biomedical materials has been developed using titanium and calcium phosphate composite powder. By means of the mechanical shock process, the appropriate composite powder was prepared, and plasma sprayed on Ti substrate under a low-pressure argon atmosphere. A porous Ti coating layer was obtained in which the surface and the inside of the pores were covered thinly with hydroxyapatite. This surface coating is expected to show excellent bone ingrowth and fixation with bone (21). [Pg.717]

Wood and wood composites Solid wood as well as particleboard and medium-density fiberboard (MDF) are suitable substrates for powder coating. They tend to emit volatiles such as entrapped air and moisture, and therefore require curing temperatures below 100°C (212°F) and preferably nof higher than 80°C (144°F). A typical curing procedure for MDF is in Table 7.8. [Pg.169]

Powder compositions for making powder coatings are made from a curable resin, such as an epoxy resin, and an agglomerate of a core-shell polymer, such as MMBS (25). [Pg.324]

The cure kinetics of some epoxy resin powder coating composition were reported by Olcese et al.108). These were mixtures of BADGE resins with DICY and an epoxide-amine adduct or an imidazole as accelerator, together with TiOz and plasticisers. Data from DSC scans were analysed using Eq. (2-12) to obtain the apparent activation energy, E. Also Eq. (2-13) and (2-13 a) were used to obtain estimates of E and order... [Pg.144]

Table 4. Kinetic analysis of DSC scan data for epoxy powder coating compositions (Ref.108))... Table 4. Kinetic analysis of DSC scan data for epoxy powder coating compositions (Ref.108))...
A colorless or slightly yellow solid occurring in filamentous, granular, and powdered form. Forms a viscous cnlloidal solution with water, insoluble in alcohol, ether, and chloroform. It is extracted from brown seaweeds. The gum is used as a thickener, stabilizer, and emulsifier in foods, especially ice cream. Also used in boiler compounds, pharmaceuticals, textile printing, cement compositions, paper coatings, and in some water-base paints. [Pg.748]

Dicyandiamide Latent cure Good elevated-temperature properties Good chemical resistance Good combination of tensile and peel strength Long elevated-temperature cure Insoluble in resin One-component adhesives Powder coatings Film and solid adhesives Laminates and other composites... [Pg.86]

The double microemulsion-mediated process also provides a convenient method for preparing a metal-containing sihcate coating. The two microemulsion systems contained two common components anionic sirrfactant AOT and cyclohexane [134]. The difference was that the first microemulsion consisted of an aqueous solution of sodiirm metasihcate (0.2 M) and 10 wt% SDS as the co-surfactant, while the second microemulsion consisted of an aqueous solution of copper nitrate (0.1 M) and 10 wt% SDS. The copper-ion microemulsion was added to the silicate-ion microemulsion with constant stirring. After 8 h of gel-lation, and ageing for an additional 24 h, copper nitrate crystals were identified within the sihcate network. SUica-copper composite powders with various copper contents (4-20 wt%) and surface areas of 200-400 m /g were synthesized. [Pg.288]

T able 2. Impact resistance of powder coating composition. ... [Pg.979]

See other pages where Compositions powder coatings is mentioned: [Pg.356]    [Pg.702]    [Pg.355]    [Pg.731]    [Pg.269]    [Pg.198]    [Pg.245]    [Pg.325]    [Pg.66]    [Pg.675]    [Pg.1114]    [Pg.508]    [Pg.714]    [Pg.324]    [Pg.1514]    [Pg.38]    [Pg.284]    [Pg.315]    [Pg.200]    [Pg.683]    [Pg.308]    [Pg.236]    [Pg.383]    [Pg.123]    [Pg.907]    [Pg.250]    [Pg.335]    [Pg.9]    [Pg.614]    [Pg.112]    [Pg.969]   
See also in sourсe #XX -- [ Pg.324 ]



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Coated powder

Coating compositions

Coatings composite

Coatings powder

Powder composition

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