By Mambo Unlimited Ideas TECHNICAL CHARACTERISTICS

BLOP by Mambo unlimited ideas upholstery feet BLOP armchair TECHNICAL CHARACTERISTICS PRODUCT OPTIONS Frame: constructed in solid wood with 90 mm elastic webbing Upholstery: available in all Mambo’s fabrics, Seta and Sauvage leather Fixed cover Base: available in all our lacquered metal colors. Structure foam: 100% PU HR 40 kg/m3 Ral color available upon request (only for quantities). Seat foam: 100% PU HR 25 kg/m3 PACKAGING Fire retardent foam is available upon request Weight item: 46 lb | 21 kg Feet: Metal lacquered Weight packaging: 55 lb | 25 kg Firmness: soft ﬁ rm Packaging type: cardboard box and pallet Handmade in Portugal Packaging dimensions with pallet: 0,37 m3 /13 ft3 AS PICTURED Number of parcels: 1 ria 0551 and lipstick lacquered metal feet CLIENT’S OWN MATERIAL CONSUMPTION all: 8,5 m BLOP armchair 28” | 71 cm 16” | 40 cm 23” | 58,5 cm 38” | 96 cm 33” | 84 cm FINISHINGS Upholstery FABRICS CAT 1 Smooth easy clean 38 Shell Smooth easy clean 28 Smooth easy clean 09 Smooth easy clean 10 Smooth easy clean 31 Aluminium Storm cloud Graphite Night Shadow Smooth easy clean 19 Teal Smooth easy clean 29 Coast Smooth easy clean 17 Smooth easy clean 26 Khaki Smooth easy clean 63 Soft Jade Balsam Smooth easy clean 62 Smooth easy clean 23 Olive Smooth easy clean 33 Corn Smooth easy clean 39 Smooth easy clean 41 Combat Tobacco Gingerbread Smooth easy clean 75 Smooth easy clean 71 Smooth easy clean 70 Smooth easy clean 72 Smooth easy clean 78 Apricot Powder Blossom Vintage Rose Cayene Smooth easy clean 79 Paris Anthracite Paprika Paris Mouse Paris Taupe Paris Ebony Paris Light Blue Paris Safira Paris Dark Blue Paris Black Paris Petrol Paris Green Paris Forest Paris Teja Paris Brick Paris Salmon Vintage Rose synthetic Paris Bordeaux Paris Pink Paris Lavanda Blossom synthetic leather leather Rust synthetic leather Mustard synthetic leather Monel synthetic leather Cacao synthetic leather Sage synthetic leather Eucalyptus synthetic Skylight synthetic leather Indigo synthetic leather Vigo Tofu Vigo Birch leather Vigo Shale Vigo Pigeon Vigo Blossom Vigo Plantain Vigo Alpine Vigo Tide Bouclê Snow 271-10 Bouclê Latte 271-20 Bouclê Teal 271-31 Bouclê Celadon 271-90 Bouclê Forest 271-01 Bouclê Gold 271-21 Bouclê Terracota 271-11 Stripes jade 01 Stripes peach 90 Stripes saffron 30 Stripes salmon 03 Stripes tabaco 70 Stripes warm cream 20 FABRICS CAT 2 Ecool bamboo 07 Ecool cinnamon 23 Ecool coral 26 Ecool dune 03 Ecool garden leaf 20 love in a mist 17 Ecool orange terre 25 Ecool portofino sky 18 Ecool sweet paprika 24 Ecool warm nude 31 FABRICS CAT 3 Pulp Astrakan Golden Yellow Pulp Astrakan Milky White Pulp Astrakan Taupe Roden Oyster Roden Abelia Roden Harissa Halsey Sorbet Halsey Multi Halsey Loam Gilmar Shingle Bayes Sunshine 05 Bayes Carbon 07 Bayes Driftwood 01 Barcelona Mouse Barcelona Cornhusk Barcelona Plantain Barcelona Russet Barcelona Brick Barcelona Paprika Barcelona Blossom Barcelona Lotus Barcelona Narwhal Barcelona Aquatic Barcelona Fir Barcelona Patina Barcelona Spruce FABRICS CAT 4 Olavi Wild Rose Olavi Stucco Olavi Red Tulip Olavi Gris Olavi Clementine Olavi Charcoal Alston Perlino Alston Flamingo Wild thing creamy shadow 05 Wild thing oil green 08 Wild thing terracota 07 Wild thing white sand 03 FABRICS CAT 5 Mendel Steel Blue Mendel Perlino LEATHERS Seta Polverde Seta Blue Navy Seta Coio Seta Bruciato Seta Taupe Seta Bosco Feet METAL White Ivory Taupe Yellow Sun Salmon Lipstick Copper Color Dream Emerald Moss Mint Jade Cobalt Brown Black Gold Lilac.

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Copper Acetoarsenite Hazard Summary Identification
Common Name: COPPER ACETOARSENITE CAS Number: 12002-03-8 RTK Substance number: 0529 DOT Number: UN 1585 Date: September 1988 Revision: January 1999 ----------------------------------------------------------------------- -------------------------------------------------------------------------- HAZARD SUMMARY WORKPLACE EXPOSURE LIMITS * Copper Acetoarsenite can affect you when breathed in The following exposure limits are for inorganic Arsenic and may be absorbed through your skin. (measured as Arsenic): * Skin contact can cause irritation, burning, itching, thickening and color changes. OSHA: The legal airborne permissible exposure limit * Eye contact can cause irritation and burns. (PEL) is 0.01 mg/m3 averaged over an 8-hour * Breathing Copper Acetoarsenite can irritate the nose and workshift. throat and can cause ulcers and a hole in the “bone” dividing the inner nose. NIOSH: The recommended airborne exposure limit is * Repeated exposure can cause poor appetite, a metallic or 0.002 mg/m3, which should not be exceeded garlic taste, nausea, vomiting, stomach pain and diarrhea. during any 15 minute work period. * High or repeated exposure may damage the nerves causing weakness, "pins and needles," and poor coordination in the ACGIH: The recommended airborne exposure limit is arms and legs. 0.01 mg/m3 averaged over an 8-hour workshift. * Copper Acetoarsenite may damage the liver and kidneys. The exposure limits for Copper fume are: IDENTIFICATION Copper Acetoarsenite is an emerald-green crystalline (sand- OSHA: The legal airborne permissible exposure limit like) powder. It is used as an insecticide, wood preservative, (PEL) is 0.1 mg/m3 averaged over an 8-hour and paint pigment for ships and submarines. workshift. REASON FOR CITATION NIOSH: The recommended airborne exposure limit is * Copper Acetoarsenite is on the Hazardous Substance List 0.1 mg/m3 averaged over a 10-hour workshift.
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Analyses of Commercial Fertilizers and Other Substances Useful to Agriculture William Carter Stubbs
Louisiana State University LSU Digital Commons LSU Agricultural Experiment Station Reports LSU AgCenter 1892 Analyses of commercial fertilizers and other substances useful to agriculture William Carter Stubbs Follow this and additional works at: http://digitalcommons.lsu.edu/agexp Recommended Citation Stubbs, William Carter, "Analyses of commercial fertilizers and other substances useful to agriculture" (1892). LSU Agricultural Experiment Station Reports. 489. http://digitalcommons.lsu.edu/agexp/489 This Article is brought to you for free and open access by the LSU AgCenter at LSU Digital Commons. It has been accepted for inclusion in LSU Agricultural Experiment Station Reports by an authorized administrator of LSU Digital Commons. For more information, please contact [email protected]. AE"ALYS~S OF COMM'ERCIAL FERTiLIZERS AND OTHER SUBSTANCES USEFUL TO AGRICULTURE. ' tsSUED BY THE BUREAU OF AGRidULTURE, I BURE.AU OF AGRIOfL!J'URE. GOV. MURrHY J. FOSTER, Presif]ent. WM. GA,RIG, Vioe-PrMident Hoo.rd, o\ SuperviljOrs . .H. ' C. NEWSOM, CommiS11ioner of Agt·ioulture. ~l'l'.A'l'ION S'l'.AFJI', WH. C. STUBBS, Ph. D., Dir11otbr. , D. N . .BARROW, B. S., Assisto.nt Director. Baton Roue;e, La. I J. a:LEE, B. s .. Assistant Diteotor, Calhoun, La. J. T. CRAWLEY, .A. M., Chemiet, Audubon Park, New Orleaa,. L&. R'. T. ·BURWELL. H. E .. .lllnobirii~t, Audubon Park, Now Orleane, Le... B. B. ROSS, M S., 'chemist, Baton Rouge, La. ll. E. bLOUIN, 111. S., Assiet11.nt Chemist, Baton Ro11ge, La. A.. T. P~ESCO'!'T, M.A., Bot'c'ui~t. H. A. llOllGAN, li. S. A., Entomologist. F. B.
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Ar~S and Sciences
THE ELEG'rHOL'fTIG OXIDATIOU OF POTASSIU:\[ ARSIGMI~rE BY :MARION VAUM AD.Alf[S A 'rhesis Submitted for the Degree of MAStrER OF AHfrs Ar~s and Sciences UHIVJ3JHSI'l1Y' OF ALABAMA 1924 ACKNOWLEDGMENT. On eompletion of the :present work I wish to acknowledge the assistance of Dr. Stewart :r. Lloyd, who has offered many valid suggestfons and aided materially in making the work a success. I also.wish to thank the Department of Chemistry of the University of Alabama for making the research possible. Marion Vaun Adams University, Ala. May 1, 1924. THE ELECTROLYTIC OXIDATION OF POTASSIUM ARSElHTE. Potassium arsenate is a comparatively unknown compound, that is, very little experimental work has been done with it, and since no important use has been found for it no attempt has been made to produce it in large quantities. Several arsenic compounds are very useful in destroying insects whic~ have prov,en themselves enemies to the life of eco nomi~ plants. Probably the first of these was the well-known Paris Green which contains copper and acetic acid as well as ar senic. As copper was a fairly expensive metal, and since the acet ic acid served no useful purpose, this was followed and to acer tain extent replaced by lead arsenate, which does the same work at a considerably less coat. The users of Paris Green usually ass ociated the green color, due to copper, with its effectiveness, so that arsenate of lead, which is white, had a strong prejudice to overcome at first. Another member of the arsenic family to come into prominence is calcium arsenate.
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Finest Quality, Odorless, in & Outdoor Use, Matt Finish and Low Pressure
Finest quality, odorless, in & outdoor use, matt finish and low pressure. COLOR CHART - CONVERSION & EQUIVALENTS VALUES Alta calidad, olor suave, uso interior/exterior, acabado mate y baja presión. CARTA COLOR - VALORES CONVERSIÓN Y EQUIVALENCIAS WEB - PRINT - PANTONE 52 Colors - 100 / 300 ml SOLID COLORS CADMIUM YELLOW LIGHT - PY74-PW6 CADMIUM RED LIGHT - PR170-PY74-PW6 BLUE VIOLET LIGHT - PW6-PR254-PV23 PHTHALO BLUE LIGHT - PW6-PB15,4 PHTHALO GREEN BLUE - PW6-PG7 RV 222 AMARILLO PLAYA - BEACH YELLOW RV 223 ROJO BUDA - BUDDHA RED RV 224 VIOLETA BRUJA - WITCH VIOLET RV 29 AZUL ÁRTICO - ARCTIC BLUE RV 254 VERDE MAX - MAX GREEN 0.4.62.0 - #FFE885 - 2002 U 0.59.56.0 - #EA746A - 7416 U 25.55.7.1 - #B985A3 - 2059 U 60.0.20.0 - #8AD8ED - 2227 U 25.0.16.0 - #BBE9DE - 573 U CADMIUM YELLOW MEDIUM - PY74-PW6 NAPHTHOL RED - PR170-PY74 BLUE VIOLET - PW6-PR254-PV23 CERULEAN BLUE - PW6-PB15,4-PB29 TURQUOISE GREEN - PW6-PG7 RV 1021 AMARILLO CLARO - LIGHT YELLOW RV 3020 ROJO CLARO - LIGHT RED RV 225 VIOLETA GEISHA - GEISHA VIOLET RV 217 AZUL AVATAR - AVATAR BLUE RV 219 VERDE PARÍS - PARIS GREEN 0.4.95.0 - #FFDD35 - 108 U 0.86.100.0 - #DE4343 - 2035 U 21.86.15.21 - #975A71 - 2048 U 95.1.11.2 - #009ECC - 639 U 58.0.37.0 - #00D2B3 - 333 U AZO YELLOW DEEP - PY74-PO34 CARMINE - PR170-PR122 BLUE VIOLET DEEP - PW6-PR254-PV23 PRUSSIAN BLUE - PW6-PB15,4 EMERALD GREEN - PW6-PG7 RV 177 ELDORADO RV 3004 ROJO BURDEOS - BORDEAUX RED RV 167 ROJO RIOJA - RIOJA RED RV 30 AZUL ELÉCTRICO - ELECTRIC BLUE RV 21 VERDE QUIRÚRGICO - SURGICAL GREEN 0.25.86.0 - #FFB511 - 116 U 0.91.33.52 - #855660 - 7638 U 51.80.14.18 - #835573 - 7650 U 100.35.0.12 - #1366A0 - 2196 U 97.0.65.0 - #00957E - 334 U AZO ORANGE LIGHT - PO34-PW6-PY74 QUINACRIDONE ROSE - PR122-PW6-PR170 DIOXAZINE PURPLE LIGHT - PW6-PV23 COBALT BLUE LIGHT - PW6-PB15,4-PB29 BRILLIANT YELLOW G.
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Household Chemical Disposal Guide  Read and Follow Label Instructions
Household Chemical Disposal Guide Read and follow label instructions. What the label words mean: Protect your lungs, eyes, skin. Protection CAUTION - slightly toxic if eaten, This guide is for chemicals at household strength and prevention are cheaper than injury. absorbed through the skin, inhaled, or it causes slight eye or skin irritation. in household quantities. If you have large volume, DO NOT MIX chemicals. unknowns, or industrial/commercial strength, Do not mix waste vehicle fluids. Several WARNING - moderately toxic if eaten, contact Clean Sweep at 608-754-6617 ext. 3 fluid types can be recycled year-round absorbed through the skin, inhaled, or locally if kept separate. it causes moderate eye or skin Is there a less hazardous solution? A recurring Store away from children and pets. irritation. problem might need a closer look at causes. Don’t let wastes pile up. It can be a fire DANGER - highly toxic by at least one Check on-line for less hazardous options from or health risk. It’s easier and cheaper to route of exposure. It may be reputable sources. If you go hazardous . safely dispose of small amounts of waste corrosive, causing irreversible damage Buy a small amount to see if it works, then . than large amounts all at once. to the skin or eyes. POISON - highly toxic if eaten, Buy only what you will use right away. Have a DO NOT put any waste in storm drains. All plan and stick to it because . storm drains in Rock County go to absorbed through the skin, or inhaled. Storage can destroy products.
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Paint Pigments— Yellow
» TECHNICAL INFORMATION ON BUILDING MATERIALS TIBM - 32 FOR UfSE IN THE DESIGN OF LOW-COST HOUSING ***** THE NATIONAL BUREAU OF STANDARDS UNITED STATES DEPARTMENT OF COMMERCE WASHINGTON, D. C. August 29, 1936 PAINT PIGMENTS— YELLOW, . BROWN, BLUE, GREEN, AND BRONZE This is urimarily^a digest of the sections of Bureau of Standards Circular No, o9> "Paint and Varnish", (November 17, 1917),'*' and Tech- nologic Paper No. 274, "Use of United States Government Suecif ication Paints and Faint Materials", (December 15, 1924), ^ Ly p, H. Walker and E. F. Hickson, dealing with general composition , characteristics, and uses of yellow, brown, blue, green, and bronze pigments. The following papers contain additional information relative to paint pigments, oil paints, and water paints: TIBM - 30 "Paint Pigments—White" TIBM - 31 "Paint Pigments—Black, Red, and Lakes" TIBM - 33 "Federal Specification . Paint Pigments and Mixing Formulas" TIM - 3U "Federal Specification Ready-Mixed Paints, Semi- paste Paints and Mixing Formulas’"' TIBM - 35 "Preparation of Paints from Paste and Dry Pigments" TIBM - 36 "Preparation of Paints from Semipaste Paints, Thinning Ready-Mixed Paints, and Preparation of Water Paints" TIBM - 43 "Aluminum Paints" Pigments are "the fine solid warticles used in the preparation of paint, and substantially insoluble in the vehicle, "3 In general, it may be ^Out of print. May be consulted in Government depositor}*- libraries. p Available from Superintendent of Documents, Government Printing Office, Washington, D. C. .(Price 10 cents). ^Qpioted from "Standard Definitions of Terms Relating to Paint 'Specifications", American Society for Testing Materials ( 1 93 3 ) ’ • • -• •• PP. 735-73 9 . 031736-C - 1 - assumed that pigments composed of very fine particles, having high re- fractive indices, provide the greatest covering power and opacity.
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Investigation of Historical and Synthesis of Novel Pigments by Sol-Gel Method
VILNIUS UNIVERSITY CENTRE FOR PHYSICAL SCIENCES AND TECHNOLOGY Eglė GRAŽĖNAITĖ Inorganic green pigments: investigation of historical and synthesis of novel pigments by sol-gel method DOCTORAL DISSERTATION Physical Sciences, Chemistry 03P VILNIUS 2018 This dissertation was written between 2013 and 2017 at Vilnius University. Scientific supervisors: Prof. dr. Aldona Beganskienė (Vilnius University, Physical Sciences, Chemistry – 03P) (2013.10.01 – 2016.10.18) Prof. habil. dr. Aivaras Kareiva (Vilnius University, Physical Sciences, Chemistry – 03P) (2016.10.19 – 2017.09.30) Scientific consultant: Prof. RNDr. Jiří Pinkas (Masaryk University, Physical Sciences, Chemistry – 03P) (2013.10.01 – 2017.09.30) 2 VILNIAUS UNIVERSITETAS FIZINIŲ IR TECHNOLOGIJOS MOKSLŲ CENTRAS Eglė GRAŽĖNAITĖ Žalieji neorganiniai pigmentai: istorinių tyrimas ir naujų sintezė zolių-gelių metodu DAKTARO DISERTACIJA Fiziniai mokslai, Chemija 03P VILNIUS 2018 3 Disertacija rengta 2013 – 2017 metais Vilniaus universitete. Moksliniai vadovai: Prof. dr. Aldona Beganskienė (Vilniaus universitetas, fiziniai mokslai, chemija – 03P) (2013.10.01 – 2016.10.18) Prof. habil. dr. Aivaras Kareiva (Vilniaus universitetas, fiziniai mokslai, chemija – 03P) (2016.10.19 – 2017.09.30) Mokslinis konsultantas: Prof. dr. Jiří Pinkas (Masaryko universitetas, fiziniai mokslai, chemija – 03P) (2013.10.01 – 2017.09.30) 4 CONTENTS LIST OF ABBREVIATIONS ........................................................................ 6 INTRODUCTION .........................................................................................
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Boromax User Manual
© 2007 Glass Alchemy, Ltd. All Rights Reserved BOROMAX™ USER MANUAL TABLE OF CONTENTS Forward....................................................................................................................... 2 Working with Glass Alchemy Boromax™ Colors ........................................................... 2 Phase Separation, Crystal Growth and Nucleation ...................................................... 2 Torch Setup................................................................................................................. 3 Setting a Neutral Flame............................................................................................... 4 The Numbering System............................................................................................... 4 Color Groupings ......................................................................................................... 6 Color Descriptions and Tips (by group) ....................................................................... 7 Health and Safety...................................................................................................... 26 Glossary of Terms .................................................................................................... 28 Glass Alchemy, Ltd. Boromax™ User Manual Page 1 of 32 All Rights Reserved © 2007 Glass Alchemy, Ltd. FORWARD During the last six years the lampworking world has seen many changes worldwide. Glass Alchemy, Ltd. (GA) has ardently participated. During this period GA has conducted thousands
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Studies of Derris, Nicotine, Paris Green, and Other Poisons in Combination with Molasses in the Control of the Gladiolus Thrips '
STUDIES OF DERRIS, NICOTINE, PARIS GREEN, AND OTHER POISONS IN COMBINATION WITH MOLASSES IN THE CONTROL OF THE GLADIOLUS THRIPS ' By HENRY H. RICHARDSON 2 Assistant entomologist, Division of Truck Crop and Garden Insects, Bureau of Entomology, United States Department of Agriculture INTRODUCTION A spray containing paris green and brown sugar was the most effective of 14 insecticidal mixtures tested in the field against the gladiolus thrips (Taeniothrips gladioli M. and S.) in 1932 (10\^ owing, apparently, to the persistence of a toxic jresidue on the foliage. In order to study more closely the action of this and other spray residues on various thrips, the investigations reported in this paper were started, and were carried out under laboratory and greenhouse con- ditions in 1932-33. Unless otherwise stated, the experiments were made on the gladiolus thrips. METHODS Three kinds of tests were made to estimate the effectiveness of various spray residues. (1) Laboratory tests against young larvae hatching from sprayed foKage over a period of 6 to 8 days after the application: Potted gladiolus plants from 10 to 14 inches high were infested with from 10 to 15 adult female thrips 8 to 10 days before the application of the spray, in order to have many eggs in the foliage at the time of treat- ment. All thrips were removed from the plants before the spray was applied. After the spray deposit had dried, a band of sticky material was placed just above the leaf sheaths to prevent migration of the young larvae that had hatched from sprayed foliage. Figure 1 illustrates this method.
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Philip Ball the Invention of Colour
Philip Ball: The Invention of Colour 1 Philip Ball The Invention of Colour The 2011 Van Gogh exhibition at the Royal Academy in London was widely praised for revising our view of the Dutch artist. Its central focus was a selection of Van Gogh’s correspondence with his brother Theo, and these letters show that he did not work in a crazed frenzy, as the romantic legend might have us believe, but was methodical and thoughtful about his technique. The letters, which are of course long familiar to art historians, reveal a man passionate not so much about love and death as about art, and in particular about its techniques and materials. One great source of inspiration for Van Gogh was colours, especially the new colours that during his lifetime had only recently become available to artists. He wrote to Theo that: I have got new ideas and I have new means of expressing what I want, because better brushes will help me, and I am crazy about those two colours, carmine and cobalt. Cobalt is a divine colour, and there is nothing so beautiful for putting atmosphere around things. Carmine is the red of wine, and it is warm and lively like wine. The same with emerald-green. It is bad economy not to use these colours, the same with cadmium.1 This focus on materials is not unusual among artists. Van Gogh’s friend Paul Gauguin was preoccupied on Tahiti not with metaphysical questions – where we are from, where we are going – nor about his sexual relations with the local women, as again legend might encourage us to believe, but about the very prosaic difficulty of getting the pigments he needed.
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Chemical Compatibility Storage Group
CHEMICAL SEGREGATION Chemicals are to be segregated into 11 different categories depending on the compatibility of that chemical with other chemicals The Storage Groups are as follows: Group A – Compatible Organic Acids Group B – Compatible Pyrophoric & Water Reactive Materials Group C – Compatible Inorganic Bases Group D – Compatible Organic Acids Group E – Compatible Oxidizers including Peroxides Group F– Compatible Inorganic Acids not including Oxidizers or Combustible Group G – Not Intrinsically Reactive or Flammable or Combustible Group J* – Poison Compressed Gases Group K* – Compatible Explosive or other highly Unstable Material Group L – Non-Reactive Flammable and Combustible, including solvents Group X* – Incompatible with ALL other storage groups The following is a list of chemicals and their compatibility storage codes. This is not a complete list of chemicals, but is provided to give examples of each storage group: Storage Group A 94‐75‐7 2,4‐D (2,4‐Dichlorophenoxyacetic acid) 94‐82‐6 2,4‐DB 609-99-4 3,5-Dinitrosalicylic acid 64‐19‐7 Acetic acid (Flammable liquid @ 102°F avoid alcohols, Amines, ox agents see SDS) 631-61-8 Acetic acid, Ammonium salt (Ammonium acetate) 108-24-7 Acetic anhydride (Flammable liquid @102°F avoid alcohols see SDS) 79‐10‐7 Acrylic acid Peroxide Former 65‐85‐0 Benzoic acid 98‐07‐7 Benzotrichloride 98‐88‐4 Benzoyl chloride 107-92-6 Butyric Acid 115‐28‐6 Chlorendic acid 79‐11‐8 Chloroacetic acid 627‐11‐2 Chloroethyl chloroformate 77‐92‐9 Citric acid 5949-29-1 Citric acid monohydrate 57-00-1 Creatine 20624-25-3
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Product Information TECHNICAL DATA SHEET WATER BASED
Product information TECHNICAL DATA SHEET WATER BASED. Water soluble, low pressure, odorless, matt finish and in & outdoor use. 300 ml: 9.7 Oz, 277g. 100ml: 3.1 Oz, 90g. GENERAL DESCRIPTION APPLICATIONS Fast drying water based aerosol paint of excellent characteristics with a matt finish The product can be used on many substrates: iron, steel, plastics, wood, directly of high quality and long durability. on expanded polystyrene. - Beaux arts - Graffiti - DIY FEATURES - Crafts - Industry - Househole Furthermore, the pigments used have a great fastness to light, giving the finished - Low odor. color durability on outdoor exposure. Due to its low odor, thanks to its contents - Fast drying. of water based resins, it becomes the ideal product for interior use in spaces - Good adhesion. with poor ventilation. A very non-harmful product but adult supervision is always - Excellent covering power. recommended when being used by a child. - Totally lead and heavy metals free. - Great durability on outdoor and indoor exposure, due to the great fastness APPARENCE to light of the pigments. - Easy application and repainting. - Soluble in water during the first minutes of drying. (10’) LID - Resistant to exterior and outdoor use (rain, washing, etc) once the paint has dried. Protects the valve DONUT and the nozzle. - Suitable for painting expanded polystyrene. Indicates the paint color INSTRUCTIONS FOR USE - Shake properly the aerosol before using it for at least one minute after the agitator ball is free. - Apply to clean and dry surfaces. On plastic using a primer may be necessary. 150 mm. - Apply thin coats for best results. It is always better three thin layers than a thick one.
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