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Architectural finishes

Sodium hydroxide, potassium hydroxide, or other caustic compounds are blended to make these types of removers. Polymer-type thickeners are added to increase the viscosity that allows the remover to be appHed with a bmsh, trowel, or spray. Some of these products use a paper or fabric covering to allow the remover finish mixture to be peeled away. The most common appHcation for this group of removers is the removal of architectural finishes from the interior and exterior of buildings. The long dwell time allows for many layers of finish to be removed with one thick appHcation of remover. [Pg.553]

I started painting about 1980. We did a lot of architectural finishes, finishes with cyanide in them, things like that. Sometimes we burned old paint to remove it. When you burn paint it changes the composition. Not even the manufacturer can tell you what the composition will be once you heat it. We used paint thinner to get oil-based paint off our skin. That just zaps into the bloodstream. [Pg.193]

Architectural Finishes, Capacitors, Catalytic Applications, Corrosion Resistance, Cutting Tools, Electronics, Engines, Ferroelectric Materials, FGM, Fuel Cells, Integrated Circuits, Optics, Piezoelectrics, Replacement for Nickel Plating, Superconductors, Thermal Barrier, Thermal Control, Wear Resistance. [Pg.84]

They are not suitable for use as architectural finishes on exterior exposures because of their tendency to yellow and chalk on exposure to weather and sunlight. [Pg.74]

PVDF is the third most widely used fluoropolymer, after polytetrafluoroethylene (PTFE) and fluorinated ethylene-propylene (FEP). The worldwide consumption of PVDF was approximately 15,000 metric tons in 2001 and is growing at an annual rate of 6-8%. PVDF applications have been expanded over the past 40 years because of its unique physical properties, and have over 30 years of proven and field performance data on thermal, chemical, radiation, and weathering applications. PVDF applications include, but are not limited to, chemical processing of pipes and components, semiconductor, architectural finishes and coatings, electrical plenum, cable jacketing. [Pg.2379]

Verification of facility design, architectural finishes, and room layout. [Pg.152]

Facility construction and architectural finishes demonstrate adherence to specifications and cGMPs. [Pg.153]

The effect of inflation in the trade sales area has been felt in the period 1979-82. Note in Table III the sharp increase in the calculated unit value of architectural finishes—compared with the static real unit value predicted for 1987 (as compared to 1982). The decrease in housing starts in 1979-82, resulting in lower house paint shipments, has been partially balanced by increased home maintenance. The trade sales market is relatively mature long range, few major formulation changes are expected with little increase in the real value of finished goods. [Pg.858]

An intermediate facility will not require the level of sophistication normally associated with a final process facility. There will be differences with respect to equipment separation, architectural finishes, utilities, and general building configuration. Some of the differences include less costly equipment separation (open bays vs. rooms) architectural finishes consistent with fine chemical manufacturing, and potable (drinking) water vs. purified water. [Pg.144]

Alkyds are used for finishing metal and wood products but not to the degree previously used. Their durability to interior exposure is good, but their durability to exterior exposure is only fair. Because of their formulating flexibility, they are used in fillers, sealers, and caulks for wood finishing. They are still used for finishing by the machine tool and other industries. Alkyd-modified acrylic latex paints are excellent architectural finishes. [Pg.213]

CAS 147-14-8 EINECS/ELINCS 205-685-1 Uses Pigment toner in automotive, industrial, and architectural finishes, printing inks, vinyls and polyolefins... [Pg.602]

Uses Pigment toner for high solids coatings, industrial and architectural finishes, printing inks, textiie inks, artists colors, plastics (polyolefins,... [Pg.675]

Uses Pigment toner for automotive, industrial, and architectural finishes. [Pg.675]

Uses Pigment toner for use in automotive, industrial, and architectural finishes, printing inks, vinyls, polyolefins, textiles, and artists colors Features Exc. lightfastness/weatherfastness Properties Violet sp.gr. 1.50 tapped dens. 0.45 kg/l oil absorp. 56 g oil/ 100 g pigment... [Pg.675]

Uses Alkyd for interior/exterior architectural finishes, porch/deck enamels, deckcoatings/stains, equip, enamels, railroad finishes, maintenance paints... [Pg.684]

Uses Alkyd for high quality architectural finishes, exterior tank coatings, bridge coatings, elec, insulating coatings, railroad finishes, high quality maintenance finishes... [Pg.685]

Uses Colorant/pigment for enamels, lacquers, coatings, automotive, industrial, and architectural finishes, printing inks, plastics (polyolefins, PVC, PS, ABS), textile inks, artists colors Manuf./Dlstrlb. Albion Colours Ltd Sinochem Jiangsu Wuxi Trade Names Quindo Magenta RV-6823 Quindo Magenta RV-6832 ... [Pg.1278]

Setal 31-6001 alkyd, aluminum paints Resin 4640-X-50 Resin 4653-V-50 Resin 4727-X-50 Resin 4778-X-50 Resin 4812-V-50 alkyd, aq. paints Resydrol VAZ 5542w/40WA alkyd, architectural finishes Resin 4489-M-60 alkyd, auto-refiiish basecoats Setal 11-1390 Setal 11-1395 Setal 11-1397 Setal 11-1399 Setal 11-1490 ... [Pg.1440]

Resh 40706470HV Resh 4495100 Resin 45186460 Resh 4549-100 Resh 46356460 dkyd, exterior architectural finishes Resh 1265-M-70 Resh 4067-M-50 Resh 4070-M-60 Resh 40706470 Resh 4070-M-70HV Resh 44126450 Resh 4412-M-50HV Resh 4412-V-50 Resh 4495-100 Resin 45186460 Resh 4549-100 Resh 4635-M-60 Resin 48276450 Resh4911-T-80 dkyd, exterior house paints Resh 4635-M-60 Setd 11-3460 Sdd 11-3466... [Pg.1440]

The alternating —CH2—and —CF2 groups along the polymer chain provide a unique polarity that influences the polymer s solubility and electric properties. At elevated temperatures PVDF can be dissolved in polar solvents such as organic esters and amines. This selective solubility offers a way to prepare corrosion resistant coatings for chemical process equipment and long-life architectural finishes on building panels. [Pg.442]


See other pages where Architectural finishes is mentioned: [Pg.385]    [Pg.388]    [Pg.506]    [Pg.524]    [Pg.954]    [Pg.132]    [Pg.475]    [Pg.1445]    [Pg.1475]    [Pg.1492]    [Pg.1565]    [Pg.544]    [Pg.1276]    [Pg.4983]    [Pg.5526]   
See also in sourсe #XX -- [ Pg.84 ]




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