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Pigment solids

The appendix shows an example of a recursive procedure to calculate the pigment to binder ratio for a non-reactive coating formulation. We assume that a raw material data base contains raw material code, density, cost per unit weight, solids volume fraction, and pigment solids volume fraction. Formulas are stored in files that contain the identification and amount of... [Pg.59]

REAL Density, Solids, Pigment solids. Cost, Pigment... [Pg.60]

Pigment binder ratio. Code, Weight, Row density. Row solids. Row pigment solids. [Pg.60]

Row pigment solids, Row cost, N rows, Error code)... [Pg.61]

REAL Pigment binder ratio, Row density(10), Row solids(10), Row pigment solids(lO),... [Pg.61]

REAL Pass density. Pass solids. Pass pigment solids. Pass cost... [Pg.61]

Pass Row pigment solids(10),Pass row cost(10). Pass row cost(10)... [Pg.61]

Pass row density. Pass row solids. Pass row pigment solids,... [Pg.61]

Total pigment = Total pigment+Temp vol Row pigment solids(Row)... [Pg.62]

Pigment solids = Total pigment/Total volume... [Pg.62]

Another path affording novel pigments is the mixed synthesis yielding solid solutions. The mixed synthesis of two DPP pigments can result in solid solutions, which consist of the two symmetrically and the unsymmetrically substituted DPP pigment. Solid solutions can also be obtained from DPP pigments and quin-acridone pigments. [Pg.489]

DPP/quinacridone and DPP/DPP mixed pigments ( solid solutions ) are introduced or presently being offered to the market. [Pg.490]

Coloristic Variations on the Basis of Mica. Mica platelets can be coated with a variety of compounds to produce novel pigments. Solid state reactions and CVD-process enlarge the possibilities for the synthesis of mica pigments. In addition, the calcination of the materials in the presence of inert (e.g. N2, Ar) or reactive gases (e.g. NFI3, H2, hydrocarbons) allows the formation of phases which are not producible by working in air. Table 54 contains a summary of nacreous mica pigments with special coloristic properties. [Pg.224]

During this same period, practical work with microvoids was being done in Australia that resulted in the commercial production and application of polymeric "pigments" by Balm Paint, Ltd. Publications by Kershaw (89) and Lubbock (90) appeared in Australian technical journals, and several U.S. Patents (3 822 224 3 839 253 3 933 579) were granted for the production of solid, pigmented solid, and pigmented vesiculated polymeric beads—the latter employing the microvoid concept. [Pg.1265]

Features Low residue low vise. low entrained air high whiteness low sedimentation rapid disp. in coating formulation Properties Liq. 50% solids Use Level 0.5-2.0% solids on dry pigment solids Calsan 55 [BASF]... [Pg.155]

Chem. Descrip. Glyceryl oleate CAS 25496-72-4 EINECS/ELINCS 203-827-7 Uses Food emulsifier, wetting agent dispersant for pigments, solids defoamer emollient, emulsifier, solubilizer for cosmetics (creams/lotions, lip, mascara, foundation, sun care, bath/shower preps.) emulsifier, emollient, solubilizer for pharmaceuticals (clinical nutrition, coating, delivery/ absorp. enhancement, dermatologicals, infant formulas, microemulsions, nutritional/sports supplements)... [Pg.160]

Use Level 0.2-1.0% dispersant solids/pigment solids Carstab 705 [Rohm Haas]... [Pg.170]

Features Exc. gloss improved shock resist. exc. transfer props. Properties 25% pigment solids Hexalin [Cognis KGaA/Coatings]... [Pg.402]

Use Level 0.5-3.0% based on pigment solids Nopcosper 100 [Cognis/Coatings Inks]... [Pg.576]

Uses Dispersant, pigment grinding aid for nonaq. systems, solvent-borne architectural coatings, latex paints, printing inks Properties Amber liq. oil-sol. dens. 8.3 Ib/gal vise. 800 cps VOC 8.4% (EPA Method 24) nonionic 97% act., 3% water Use Level 0.25-0.50% on pigment solids Terathane 650 [DuPont DuPont Canada]... [Pg.848]

Another example of a quinacridone pigment solid solution is shown in Figure 21.33. This consists of 30% C.L PV19 (guest) and 70% C.L PR202. [Pg.384]

Plastic pigment - solid Polystrene most 0.1-0.5 Spherical 1.05 1.59 93-94... [Pg.57]

Studies about the thermal evolution of polymeric gels from alkoxides to obtain the classical zircon stains were carried out in order to analyze the nature of the pigments (solid solutions, encapsulation of chromophore compounds, or mordant pigments) [55]. [Pg.1163]

HLB 11-20 pour pt. -5 C doud pt. 172 F flash pt. >228 F Use Level 3-10% on pigment solids with grind resin, 5-20% resin free Toxicology LD50 (oral, rat) > 2,000 mg/kg TSCA listed... [Pg.1089]

See other pages where Pigment solids is mentioned: [Pg.60]    [Pg.61]    [Pg.61]    [Pg.49]    [Pg.416]    [Pg.1506]    [Pg.427]    [Pg.2321]    [Pg.774]    [Pg.512]    [Pg.191]    [Pg.551]    [Pg.1089]    [Pg.1089]    [Pg.10]   
See also in sourсe #XX -- [ Pg.185 ]



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