“The Inventor of Aerosol Spray Paint”
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Spray Systems and Packaging Solutions Made from Plastic Product
Ein Unternehmen der Spray systems and packaging solutions made from plastic Product portfolio • Processing high-quality plastics, seals and springs Compressed Air Sprayers for a long service life under heavy load • Equipping all compressed air sprayers with an Robust and innovative automatic overpressure valve spraying devices for large-area • 100% leakage and safety valve check within the and fl exible application with assembly line fi lling volumes of 1.0 to 1.6 • Traceability due to engraved device litres and maximum operating test number in the compressed air sprayer pressure of 3 to 4 bar • Bottle available made from 100 % bioplastic Trigger Sprayers • Application in industry, workshop, household and garden High-quality reusable and disposable Trigger Sprayers • Function test as an end check with long service life and • Standard colour combinations and threads ageless design, discharge rate • Can be combined with different plastic bottles of 0.8 ml to 1.2 ml per stroke Plastic Bottles • Comprehensive range of cylinder, conical, long-neck, square, fl at and pyramid bottles Standard product range of solid • Certain types of bottles available with tactile HDPE and PET-G packaging warning and view strip solutions in a sleek design with • Development of packaging solutions fi lling volumes from 20 ml up to specifi cally for the customer 1000 ml. • HDPE bottles available made from 100 % bioplastic UV Screen Printing • Glowing and high gloss fi nish for the best possible covering capability Decoration in UV screen printing • Good resistance to -
Aerosol Paint Can Safety in the Home and at Work
AEROSOL PAINT CAN SAFETY IN THE HOME AND AT WORK KEEP AWAY FROM CHIDREN Aerosol Spray Paint products are dangerous if used or stored improperly. ALWAYS READ THE SAFETY DATA SHEET PRIOR TO USE AEROSOL PAINT CAN SAFETY Table of Contents 1 Introduction ............................................................................................. 3 2 Aerosol Spray Paint Cans and Storage. ....................................................... 4 3 Aerosol Spray Paint cans and Heat ............................................................. 4 4 Aerosol Spray Paint cans and Impact .......................................................... 5 5 Aerosol Spray Paint cans contain Flammable Materials ................................. 5 6 Aerosol Spray Paint cans contain Materials Under Pressure ............................ 6 7 Aerosol Spray Paint cans and Corrosion ...................................................... 6 8 How to dispose of used Aerosol Spray Paint cans ......................................... 6 9 What to do with a Corroded Aerosol Can .................................................... 7 10 What to do if the Aerosol Spray Paint can blocks and fails to spray. ............... 9 11 Aerosol Paint and Volatile Substance Abuse ............................................... 10 DISCLAIMER: Any advice, recommendation, information, assistance or service provided by any of the divisions of DuluxGroup (Australia) Pty Ltd or its related entities (collectively, DuluxGroup) in relation to goods manufactured by it or their use and application -
Preparation and Characterization of Magnetic Hollow Glass Microspheres by Electroless Plating
id4520328 pdfMachine by Broadgun Software - a great PDF writer! - a great PDF creator! - http://www.pdfmachine.com http://www.broadgun.com March 2010 ISSN : 0974 - 7486 Volume 6 Issue 1 An Indian Journal Trade Science Inc. MMaatteerriiaallss SScciieennccee Full Paper MSAIJ, 6(1), 2010 [47-51] Preparation and characterization of magnetic hollow glass microspheres by electroless plating Wen-Bin Yang*, Xiao-Hong Tang, Xiao-Ping Hu, Chao Wang, Yuan-Lin Zhou School of Materials Science and Engineering, Southwest University of Science and Technology, Mianyang 621010, (P. R. CHINA) E-mail : [email protected] Received: 7th January, 2010 ; Accepted: 17th January, 2010 ABSTRACT KEYWORDS Magnetic hollow glass microspheres (HGM) were prepared by electroless Hollow glass microsphere; plating technique. Morphology, composition, structure, infrared radiation Electroless plating; and magnetic property of hollow glass microspheres before and after plat- Magnetic; ing were characterized by SEM, EDS, XPS, XRD, IR and VSM, respectively. Preparation; ìm The results showed that Ni-P plating, composed of particles of 1~2 Characterization. diameters, was uniformly coated on surfaces of HGM. Because of the exist- ence of Ni-P plating, peak intensity of the plated HGM in IR and XRD were lower than those before. Since the plated HGM own anti-infrared radiation and magnetic property, they are useful in some special areas. 2010 Trade Science Inc. - INDIA INTRODUCTION ing[8-12]. Due to spheric shape and low density of HGMs, it is very difficult to deposit a continuous and uniform Hollow glass microsphere (HGM) is a kind of ma- coating on the surface of HGMs. terial with many advantages, such as low density, huge Electroless plating owns many advantages, such as surface area, excellent thermal resistance, high wearing low cost, easy formation of continuous and uniform resistance and fine fluidity, so it has been widely used in coating on surface of substrate with complex shape, plastic, rubber, paint and coating systems[1-4]. -
Price List 2013 Systainer® for Industry, Dealers and Tradesman
TANOS Price list 2013 systainer® for industry, dealers and tradesman T-Loc Classic-Line Empty-systainer® Plus local T-Loc Art n˚ Price taxes systainer® T-Loc I light grey (T-Loc catch blue HKS 43 K) 80100001 44.80 € anthracite (complete) 80100006 44.80 € other colours/colour combinations* - 48.90 € systainer® T-Loc II light grey (T-Loc catch blue HKS 43 K) 80100002 48.65 € anthracite (complete) 80100007 48.65 € other colours/colour combinations* - 52.75 € systainer® T-Loc II light grey (T-Loc catch blue HKS 43 K) 80100051 57.65 € with lid sort-tray ( with 8 dividers) anthracite (complete) 80100052 57.65 € other colours/colour combinations* - on demand systainer® T-Loc III light grey (T-Loc catch blue HKS 43 K) 80100003 53.05 € anthracite (complete) 80100008 53.05 € other colours/colour combinations* - 57.15 € systainer® T-Loc IV light grey (T-Loc catch blue HKS 43 K) 80100004 56.90 € anthracite (complete) 80100009 56.90 € other colours/colour combinations* - 61.00 € systainer® T-Loc V light grey (T-Loc catch blue HKS 43 K) 80100005 62.40 € anthracite (complete) 80100010 62.40 € other colours/colour combinations* - 66.50 € MIDI-systainer® T-Loc III light grey (T-Loc catch blue HKS 43 K) 80101388 58.50 € anthracite (complete) 80101389 58.50 € other colours/colour combinations* from 528 pcs. on on demand ® NEW MINI-systainer T-Loc I light grey (T-Loc catch blue HKS 43 K) 80101365 14.20 € anthracite (complete) 80101366 14.20 € other colours/colour combinations* from 400 pcs. on 19.45 € * see catalogue Classic Line MAXI-systainer® II light grey (with 4 blue catches HKS 43 K) 80000029 73.30 € anthracite (complete) 80000030 73.30 € other colours/colour combinations* from 220 pcs. -
SAFETY DATA SHEET Direct to Plastic Aerosol
Report Date : 10/03/2009 REVISION DATE: 10/03/2009 REV. NO./REPL. SDS GENERATED : 2 SAFETY DATA SHEET Direct to Plastic Aerosol 1 IDENTIFICATION OF THE SUBSTANCE/PREPARATION AND OF THE COMPANY/UNDERTAKING PRODUCT NAME Direct to Plastic Aerosol PRODUCT NO. AE0030001E8, AE0030002E8 APPLICATION Intended for use as a spray applied coating for plastics SUPPLIER Rust-oleum Corporation Portobello Industrial Estate Birtley County Durham DH3 2RE +44 (0)191 4106611 +44 (0)1914920125 CONTACT PERSON [email protected] 2 HAZARDS IDENTIFICATION Extremely flammable. Irritating to eyes. Repeated exposure may cause skin dryness or cracking. Vapours may cause drowsiness and dizziness. CLASSIFICATION Xi;R36. F+;R12. R66, R67. ENVIRONMENT The product is not expected to be hazardous to the environment. PHYSICAL AND CHEMICAL HAZARDS The product is highly flammable, and explosive vapours/air mixtures may be formed even at normal room temperatures. HUMAN HEALTH In high concentrations, vapours and spray mists are narcotic and may cause headache, fatigue, dizziness and nausea. Risk of serious damage to eyes. Vapours/aerosol spray may irritate the respiratory system. Repeated exposure may cause skin dryness or cracking. 3 COMPOSITION/INFORMATION ON INGREDIENTS Name EC No. CAS-No. Content Classification ACETONE 200-662-2 67-64-1 10-30% F;R11 Xi;R36 R66 R67 XYLENE 215-535-7 1330-20-7 5-10% R10 Xn;R20/21 Xi;R38 ETHYLBENZENE 202-849-4 100-41-4 1-5% F;R11 Xn;R20 2-BUTOXYETHANOL 203-905-0 111-76-2 1-5% Xn;R20/21/22 Xi;R36/38 1,2,4-TRIMETHYLBENZENE 202-436-9 95-63-6 1-5% R10 Xn;R20 Xi;R36/37/38 N;R51/53 Solvent Naptha Light Aromatic 265-199-0 64742-95-6 1-5% Xn;R65. -
Presentazione Standard Di Powerpoint
Photo-guide for Beach litter monitoring COMMON is a project funded by the European Union under the ENI CBC MED Programme, with a budget of 2.2 million euros. This publication has been produced with the financial assistance of the European Union under the ENI CBC Mediterranean Sea Basin Programme. The contents of this document are the sole responsibility of COMMON project and can under no circumstances be regarded as reflecting the position of the European Union or the Programme management structure Artificial polymer materials 1 3 # Name 1 4/6-pack yokes & six-pack rings 2 Plastic Shopping/carrier/grocery bags 3 Small plastic bags 4 The part that remains from tear-off plastic 7 4 bags 5 Plastic Drink bottles <=0.5l 6 Plastic Drink bottles >0.5l Plastic bottles and containers of cleaning 7 products 8 9 11 8 Food containers Plastic beach use related body care and 9 cosmetic bottles and containers Plastic Non-beach use related body care and 10 cosmetic bottles and containers 13 14 11 Other plastic bottles & containers (drums) 12 Plastic Engine oil bottles & containers <50 cm 13 Plastic Engine oil bottles & containers >50 cm 14 Plastic jerry cans 16 17 15 Plastic injection gun containers/cartridges 16 Plastic Crates, boxes, baskets 17 Vehicle parts 18 Plastic caps/lids drinks 18 Plastic caps/lids chemicals, detergents (non- 19 food) 19 20 Plastic caps/lids unidentified 21 Plastic rings from bottle caps/lids Tobacco pouches/plastic cigarette box 22 20 21 packaging 23 Cigarette lighters Tobacco products with filters (cigarette butts 24 with -
Technical Data Sheet Aron Alpha Aerosol Accelerator Last Updated Sept
Technical Data Sheet Aron Alpha Aerosol Accelerator Last Updated Sept. 11, 2008, Printed November 11, 2015 PRODUCT DESCRIPTION DIRECTIONS FOR USE ARON ALPHA Aerosol Accelerator (reorder # AA-705) provides the following product characteristics: Surface Activation: 1. Apply one coating of Aerosol Accelerator to the area to Technology Cyanoacrylate Activator be bonded by aerosol spray. Contaminated surfaces Chemical Type Amine (active ingredient) may need special cleaning or degreasing prior to Solvent Acetone activation to remove any soluble contamination Active Ingredient 2 2. Allow the solvent time to flash off until the surfaces are Concentration, % completely dry (approximately 30 seconds) Appearance Transparent colorless liquid 3. Apply the ARON ALPHA cyanoacrylate product Viscosity Very low (water-like) immediately after drying or not more than 45 seconds Cure N/A thereafter. Application CA adhesive cure accelerator 4. Setter can be re-applied if necessary if there is a delay of more than 45 seconds between original Setter and ARON ALPHA Aerosol Accelerator is used where increased cure adhesive application. speed of ARON ALPHA cyanoacrylate (instant) adhesives is required. It can be either pre- or post-applied to the bond. The Post Activation: product is especially suited for post-application on cyanoacrylate 1. Apply ARON ALPHA cyanoacrylate to the parts to be adhesive to ensure rapid fixturing. bonded or fixed. Typical applications include securing wires or coils to PC Boards, 2. Apply Setter over all exposed cyanoacrylate adhesive by tamper-proofing adjustable components, mounting stand-offs, edge aerosol spray. Typically use one puff of activator per guides and board stiffeners. drop of exposed adhesive. TYPICAL PROPERTIES TOAGOSEI MATERIAL SPECIFICATION Specific Gravity: 0.79 Aerosol Accelerator performance data is available for each batch. -
Hollow Polymer Microcapsule Embedded Transparent and Heat-Insulating film† Cite This: RSC Adv.,2018,8, 9480 Chae Bin Kim, Nam-Ho You and Munju Goh *
RSC Advances View Article Online PAPER View Journal | View Issue Hollow polymer microcapsule embedded transparent and heat-insulating film† Cite this: RSC Adv.,2018,8, 9480 Chae Bin Kim, Nam-Ho You and Munju Goh * We herein report a facile and scalable approach to manufacturing optically transparent and heat-insulating films by incorporating hollow poly(methyl methacrylate) microcapsules into a transparent polymeric matrix. The microcapsule was prepared via emulsion polymerization. The size of the microcapsules could be easily controlled from 1to3mm by varying the polymerization time in a narrow size distribution. The microcapsules were then mixed with a UV-curable transparent liquid resin and cured by a subsequent light irradiation. The current approach could enhance the thermal barrier property of the films without a significant reduction in the optical transparency. The solid film possessing 30 wt% microcapsules, for Received 26th January 2018 example, exhibited a high visible light transmittance (80% as measured by UV-vis spectroscopy) and the Accepted 27th February 2018 thermal conductivity was reduced to 0.06 W mKÀ1, corresponding to 46% of the capsule free film. To DOI: 10.1039/c8ra00801a quantify and verify this result, theoretical models describing a heat transfer in a hollow microsphere Creative Commons Attribution 3.0 Unported Licence. rsc.li/rsc-advances composite were used, and the model showed a good agreement with our experimental observations. 1. Introduction process ow including adjustment of the gas mixture securely is somewhat complicated and uneconomical.5 Also, the glazed To safely accommodate global increases in population and per windows may form cracks due to a thermal stress during the capita energy consumption, a signicant need for immediate usage. -
Aeroprime Plastic
AeroPrime Plastic PRODUCT DESCRIPTION A single component, quick drying, Polychloro Olefin plastic primer aerosol spray INTENDED USES Plastic Primer is designed to be applied to bare plastic surfaces such as polypropylene, polystyrene, resin, PVC, fibreglass and vinyl plastics such as vehicle bumpers, chairs, tables, planters etc. Coating these substrates with Plastic Primer will render them Overcoatable with a range of coatings. CHARACTERISTICS Easy to use one component product. Excellent adhesion properties Quick Drying Contains Zinc Phosphate Easy to sand No potlife restrictions PRODUCT INFORMATION Colour Grey & White Finish Smooth Semi Matt s Typical Film Thickness 25-50 microns dry Method of Application Aerosol Spray Aerosol Number of Coats 1-2 coats by aerosol to achieve DFT Drying Information -5°C 0°C 10°C 25°C 30°C 40°C Touch Dry - - - 10 min.. - - Hard Dry - - - 4 hrs. - - Full Cure - Overcoating Data – See Limitations Substrate Temp. -5°C 0°C 10°C 25°C 30°C 40°C Minimum - - - 30 min* - - Maximum Extended* Note *See Speccoats™ Definitions and Abbreviations Aerosols Page 1 of 4 Specialized Coating Systems (Pty)Ltd Issue Date: 03/12/2014 www.speccoats.co.za 0861 37 2468 AeroPrime Plastic CERTIFICATIONS Consult Speccoats™ Technical Representative for details SYSTEMS AND COMPATIBILITY Consult Speccoats™ Technical Representative for coating system solutions. SURFACE PREPARATION For new plastic surfaces, thoroughly wipe down surface with AeroClean Silicone Remover to promote adhesion. For aged or weathered surfaces, remove loose material with a brush or scraper, clean with soap and water, rinse and let dry. Sanding may be required for glossy or smooth surfaces. If mildew is present, wash with a bleach solution, rinse and let dry. -
Glass Microspheres for Hydrogen Storage
Glass Microspheres for Hydrogen Storage James Shelby and Matthew Hall Alfred University Wed, May 25 Project ID # This presentation does not contain any proprietary or confidential information STP47 HOLLOW GLASS MICROSPHERES The concept of using hollow glass microspheres (HGM) as a hydrogen storage medium has been known for some time. Hydrogen diffuses through the thin wall of the HGM at elevated temperatures and pressures. The gas is then trapped upon cooling to room temperature. The ability of HGM to safely store compressed hydrogen gas is a major HYDROGEN-FILLED HOLLOW advantage. However, a traditional GLASS MICROSPHERE limitation of HGM has been the poor thermal conductivity of a packed bed of HGM; poor conduction of heat translates to unsuitably low release rates of hydrogen gas. 2 HOLLOW GLASS MICROSPHERES Previous work by Rapp and Shelby demonstrated that the release rate of hydrogen from a monolithic glass plate could be greatly accelerated by the radiation emitted from an infrared lamp. In order to effect this “photo-enhanced” outgassing, the glass was doped with an optically active element; in this case, 0.5 wt% Fe3O4 was used 3 OVERVIEW Timeline Barriers • Estimated start date: • Barriers addressed: May 2005 – Cost: HGM are currently made in tonnage quantities from low- cost raw materials Budget – Weight and volume: HGM are an ideal storage medium from • Total project funding the standpoint of weight – Durability: Provided that the for FY 05 glass membrane is not broken, HGM may be indefinitely used – AU: $50k for hydrogen storage -
Crystallization Kinetics of Chalcogenide Glasses
2 Crystallization Kinetics of Chalcogenide Glasses Abhay Kumar Singh Department of Physics, Banaras Hindu University, Varanasi, India 1. Introduction 1.1 Background of chalcogenides Chalcogenide glasses are disordered non crystalline materials which have pronounced tendency their atoms to link together to form link chain. Chalcogenide glasses can be obtained by mixing the chalcogen elements, viz, S, Se and Te with elements of the periodic table such as Ga, In, Si, Ge, Sn, As, Sb and Bi, Ag, Cd, Zn etc. In these glasses, short-range inter-atomic forces are predominantly covalent: strong in magnitude and highly directional, whereas weak van der Waals' forces contribute significantly to the medium-range order. The atomic bonding structure is, in general more rigid than that of organic polymers and more flexible than that of oxide glasses. Accordingly, the glass-transition temperatures and elastic properties lay in between those of these materials. Some metallic element containing chalcogenide glasses behave as (super) ionic conductors. These glasses also behave as semiconductors or, more strictly, they are a kind of amorphous semi-conductors with band gap energies of 1±3eV (Fritzsche, 1971). Commonly, chalcogenide glasses have much lower mechanical strength and thermal stability as compared to existing oxide glasses, but they have higher thermal expansion, refractive index, larger range of infrared transparency and higher order of optical non-linearity. It is difficult to define with accuracy when mankind first fabricated its own glass but sources demonstrate that it discovered 10,000 years back in time. It is also difficult to point in time, when the field of chalcogenide glasses started. -
15-07-2014 TS Contribution to Tobacco Control
PUBLIC Author: Robert Taylour Agenda Item No 3(c) DERBYSHIRE COUNTY COUNCIL Meeting with Cabinet Member, Health and Communities 15 July 2014 Report of the Strategic Director, Health and Communities TRADING STANDARDS CONTRIBUTION TO TOBACCO CONTROL 2013-14 1. Purpose of the report: To advise the Cabinet Member, Health and Communities of steps taken by the trading standards division to reduce smoking prevalence during the previous financial year and to seek Members’ approval for the annual programme of enforcement to prevent under-age sales of tobacco and aerosol paints. 2. Information and analysis: 2.1 As the Cabinet Member is aware, smoking is still one of the biggest contributors to preventable coronary heart disease. The trading standards division – being responsible for a range of legislation that is intended to regulate the supply of tobacco and tobacco products – makes a significant contribution to tobacco control. The attached report in Appendix 2 sets out in some detail activities undertaken during the previous financial year to support both the Council’s ambition to make Derbyshire a Safer and Healthier place and also contributes to the Department of Health’s ‘Healthy Lives, Healthy People – Tobacco Control Plan for England’. 2.2 The Tobacco Control Plan for England sets out six strands with regards to tobacco control which are internationally recognised as follows: 1. stopping the promotion of tobacco; 2. making tobacco less affordable; 3. effective regulation of tobacco products; 4. helping tobacco users to quit; 5. reducing exposure to second-hand smoke; and 6. effective communications for tobacco control. 2.3 The main areas of activity that has involved the trading standards division and which contributes to at least four of the above strands include: 1.