DOCSLIB.ORG

Industrial Hose and Tubing Solutions Table of Application Data Safety Information

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

Industrial Hose and Tubing Catalog Industrial Hose and Tubing Solutions Table of Application Data Safety Information ......................... A-1 Hose Quick Reference Chart ........ A-3 Chemical Compatibility Chart ... A-19 Technical Torque Specifications .....A-34 Agencies & Organizations ........ A-39 A Contents Technical Information .................... A-3 General Hose Information ........... A-10 Charts & Conversions ............... A-29 Coupling Thread ....................... A-38 Tubing How to Order ................................ B-2 Type 16 Drain Tubing .................... B-5 Type 18 Urethane .......................... B-8 Type 50 LLDPE ............................ B-11 Type 55 Natural EVA ................... B-14 Type 11 Tinted ............................... B-3 Type CD Drain Tubing ................... B-6 Type 40 KYNAR (PVDF) ................. B-9 Type 54 Fire Retardant ................ B-12 B Type 12 Colored ............................ B-4 Type 17 Co-Extruded Urethane ..... B-7 Type 57 Nylon 12 ........................ B-10 Type 59 High Density .................. B-13 Air and Multipurpose Intro ............................................... C-2 Polyforce II .................................... C-6 Easy Couple ................................. C-10 Mineforce .................................... C-14 Type 24 Low Temperature ............ C-3 Ultraforce ....................................... C-7 Shock-Safe ................................... C-11 Concord Yellow Jack Air ............. C-15 Type 27 Grey High Temperature ... C-4 Boston Marathoner ....................... C-8 Perfecction 300 ........................... C-12 Contractors Air ............................ C-16 C Type 38 Medical Air ...................... C-5 Performer II ................................... C-9 Concord Air .................................. C-13 Boston Bulldog Gold .................... C-17 General Purpose Bosflex A/W ................................... D-2 Contractors Water ........................... D-5 Type 88 Urethane Self-Store ......... D-8 Green Garden ................................ D-11 Industrial A/W.................................. D-3 Type 65 Natural EVA ..................... D-6 Type 21 Marine Water ................... D-9 Type 25 Standard Duty Garden .... D-12 D Contrac-Force .................................. D-4 Type 67 Urethane ........................... D-7 Type 21 Heavy Duty Clearbraid ... D-10 Type 26 Heavy Duty Golf Course . D-13 Chemical Service Intro ............................................... E-2 Leopard Acid Suction .................... E-6 Green Cross-Linked Corrugated .... E-9 Cougar CPE Corrugated .............. E-12 Armorcat Petrochemical Corr. ..... E-15 Tiger Acid Suction ......................... E-4 Alleycat Hot Liquid Transfer .......... E-7 Chemcat Petrochemical .............. E-10 Panther Chemical Transfer .......... E-13 E Cheetah Acid Suction .................... E-5 Green Cross-Linked ....................... E-8 Chemcat Petrochemical Corr. ..... E-11 Armorcat Petrochemical .............. E-14 Specialty Service Intro ................................................F-2 Blackcat Hot Tar & Asphalt Corr. ...F-5 Type 30 2 Pass PVC AG Spray .......F-8 Nitrogen Service ...........................F-11 Black Line LPG .............................F-14 Hot Tar Pumping ............................F-3 Chemforce ......................................F-6 Type 34 1 Pass PVC AG Spray .......F-9 Nyall ..............................................F-12 Chemical Booster .........................F-15 F Blackcat Hot Tar & Asphalt ............F-4 Type 35 Lightweight Chemical Spray .F-7 Hydrocarbon Drain ........................F-10 Boston Bulldog Fuel Oil Delivery ..F-13 Food Service Industry Intro ............................................... G-2 Aquaforce ...................................... G-5 Dry Bulk Food Discharge ............... G-8 Clearforce - NR .............................. G-3 Grey Food Transfer ........................ G-6 G Clearforce - R ................................. G-4 Lion Food Transfer ........................ G-7 Suction and Discharge Intro ............................................... H-2 Flexbilt K-10 Suction & Discharge . H-4 Royalflex 1196 ............................... H-6 Leader Water Discharge ................ H-8 Type 12 Industrial DURA-TUFF ... H-10 Otter Water Suction & Discharge . H-3 Type CE Corrugated Suction ......... H-5 Type 9F/9H/9G Arrow-FLO SuctionH-7 Flexbuilt K-50 Water Discharge ..... H-9 H Fuel/Petroleum/Oil Field Service Intro .................................................I-2 Types 49 & 89 PERMEA Fuel Line .I-4 Bobcat LT Lightweight Petroleum ..I-6 Jaguar Heavy Duty Petroleum ........I-8 Kelly Power ...................................I-10 Light Duty Petroleum ......................I-5 Puma Petroleum ..............................I-7 Royalflex 1193 Petroleum ...............I-9 I Material Handling Intro ................................................J-2 Lynx HD Softwall Dry Material .......J-4 Wildcat Hot Air ...............................J-6 Lynx Softwall Dry Material .............J-3 Sabertooth Dry Material .................J-5 J Cleaning Service Intro ............................................... K-2 Washdown 1000 ........................... K-4 Supraforce ..................................... K-6 Concord Sandblast ........................ K-8 Creamery/Packing Washdown ...... K-3 Washdown 1250 ........................... K-5 Pressure Washer ........................... K-7 K Steam Service Intro ................................................L-2 Recommendations .........................L-5 Concord 250 ...................................L-7 Concord Standard Steam & Spiral ..L-9 Safety Tips ......................................L-3 200 L.L. ..........................................L-6 Concord 250 O.R. ...........................L-8 L Couplings General Info .................................. M-1 Field Attachable 100 ‘B’ Series .. M-12 Coll-O-Crimp 265 ‘P’ Series ........ M-17 Coll-O-Crimp 430 ‘U’ Series ....... M-22 Wolf Series ................................... M-9 Coll-O-Crimp ‘E’ Series ............... M-15 Coll-O-Crimp ‘U’ Series .............. M-19 M Appendices Glossary ......................................... N-1 Part Number Index ........................ N-6 Hose Work Sheet ........................ N-12 N i EATON Industrial Hose and Tubing Master Catalog E-HOOV-MC003-E1 September 2009 EATON Industrial Hose and Tubing Master Catalog E-HOOV-MC003-E1 September 2009 ii Application Data A Important Safety Information Read this page before Some of the most common WARNING: Testing or property damage from using any of the problems in the chemical can be dangerous spraying fluids or flying products/information hose industry result from and should be done only projectiles. To avoid seri- in this catalog. improper hose and coupling by trained personnel using ous bodily injury or prop- This catalog is designed selection, improper assem- proper tools and proce- erty damage resulting from to be used as a guide in bly techniques, failure to dures. Failure to follow selection of the wrong selecting the proper hose correctly inspect and test such procedures might hose, you should care- for the applications listed hose assemblies, and result in serious injury, fully review the information herein. It contains many improper cleaning practices death, or damage to prop- in this catalog. Some of cautions, warnings, guide- and hose assembly storage erty. the factors to consider in lines, and directions for techniques. Consult the coupling proper hose selection are the safe and proper use of In turn, these situations manufacturer to make known as STAMPED: Eaton Industrial hose. All can lead to material leak- sure you choose the S - Size these directions and foot- age, spraying, spattering, correct coupling and (I.D., O.D. and length) notes should be read and end blow-offs, explosions, proper assembly for the understood before specify- T - Temperature of and other situations that application, or contact material conveyed ing or using any of these may result in serious per- Eaton Technical Support. hoses. and environmental sonal injury and property Before using any hose in Throughout this catalog, damage. A - Application, this catalog, consult the the conditions of use potentially harmful situa- Personal injuries caused by safety section in this tions are highlighted with improper hose assembly catalog and the guide- M - Material being the following symbols. specification, installation, lines on the Eaton web conveyed, type This symbol is used and usage could include site for the most current and concentration to indicate imminently cuts and abrasions, serious information or contact P - Pressure to which hazardous situations which, burns, irreparable eye Eaton Customer Support the assembly will be if not avoided, will result in damage, or even death. at 1-888-258-0222. exposed serious injury or death. Therefore, for your safety E - Ends; style, type, and the safety of others Selection of Hose This symbol is used orientation, attachment working around you, Eaton to indicate potentially Selection of the proper methods, etc. hazardous situations which, strongly urges you to read Eaton Industrial hose for D - Delivery testing, if not avoided, could result and comply with all safety an application is essential quality, packaging, and in serious injury or death. information printed in this to the proper operation publication. delivery requirements This symbol is used
Recommended publications
  • Bioplastic Blends Incorporating Polyamide-11

    Bioplastic Blends Incorporating Polyamide-11

    BIOPLASTIC BLENDS INCORPORATING POLYAMIDE-11 by David Ruehle A thesis submitted to the Faculty and the Board of Trustees of the Colorado School of Mines in partial fulfillment of the requirements for the degree of Master of Science (Chemical Engineering). Golden, Colorado Date ____________ Signed:_________________________ David A. Ruehle Signed: _________________________ Dr. John R. Dorgan Thesis Advisor Golden, Colorado Date ____________ Signed: _________________________ Dr. David Marr Professor and Head Department of Chemical and Biological Engineering ii ABSTRACT Biorenewable polyamide-11 (PA11/ Nylon-11) is melt blended with partially biorenewable polyamide-6,10 (PA 6,10/ Nylon 6,10) to produce thermoplastic blends of varying renewable content. Mechanical and thermal properties of these blends are characterized by differential scanning calorimetry (DSC), thermo gravimetric analysis (TGA), dynamic mechanical thermal analysis (DMTA), tensile testing, and impact testing. Thermal properties provide insight into the structure of the blends. DSC thermograms show melting point depression for the PA 6,10 crystals with increasing PA 11 composition. This observed melting point depression indicates the two polyamides are fully miscible in the melt. There is a minimum in overall crystallinity at the 75wt%/25wt% PA11/PA6,10 blend TGA shows onset degradation temperature changes monotonically for the blends from 419 ˚C for PA 11 to 437 ˚C for PA 6,10. Mechanical properties of the blends show intermediate values compared to the homopolymers. The room temperature storage modulus of the homopolymers are 0.828 GPa for PA 11 and 1.173 GPa for PA 6,10. Blends have storage moduli of 0.847 GPa, 0.974 GPa, and 1.042 GPa for the 75/25, 50/50, and 25/75 blend compositions respectively.
  • Biobased Plastics 2020

    Biobased Plastics 2020

    Biobased Plastics 2020 KARIN MOLENVELD AND HARRIËTTE BOS Biobased plastics 2020 Karin Molenveld and Harriëtte Bos, Wageningen Food & Biobased Research Cover illustration: D-grade plant pots (Desch Plantpak) Published in the series “Green Resources” • Textiles for circular fashion: Part 1, Fibre resources and recycling options, Paulien Harmsen, Harriëtte Bos (2020) • Catalogus biobased bouwmaterialen 2019; Het groene en circulaire bouwen, Jan van Dam, Martien van den Oever (2019) • Biobased plastics 2019, Karin Molenveld and Harriëtte Bos (2019) • Lignine, groene grondstof voor chemicaliën en materialen, Jan van Dam, Paulien Harmsen, Harriëtte Bos, Richard Gosselink (2017) • Artificial Photosynthesis; For the conversion of sunlight to fuel, Robin Purchase, Huib de Vriend and Huub de Groot, editors: Paulien Harmsen and Harriëtte Bos (2015) • Biobased Packaging Catalogue, Karin Molenveld and Martien van den Oever (2014) • Duurzaamheid van biobased producten uit plantaardige olie, energiegebruik en broeikasgasemissie. Harriëtte Bos, Sjaak Conijn, Wim Corré, Koen Meesters, Martin Patel (2013) • Green building blocks for biobased plastics; Biobased processes and market development, Paulien Harmsen, Martijn Hackmann (2012) • Catalogus biobased bouwmaterialen; Het groene bouwen, Jan van Dam, Martien van den Oever (2012) • Biocomposieten 2012; Natuurlijke vezels en bioharsen in technische toepassingen, Martien van den Oever, Karin Molenveld, Harriëtte Bos (editor) (2012) • Biobased Plastics 2012, Christiaan Bolck, Jan Ravenstijn, Karin Molenveld,
  • Synthesis of Bifunctional Molecules for the Production of Polymers Based on Unsaturated Fatty Acids As Bioderived Raw Materials

    Synthesis of Bifunctional Molecules for the Production of Polymers Based on Unsaturated Fatty Acids As Bioderived Raw Materials

    Article Synthesis of Bifunctional Molecules for the Production of Polymers Based on Unsaturated Fatty Acids as Bioderived Raw Materials Alessa Hinzmann , Selina Sophie Druhmann and Harald Gröger * Faculty of Chemistry, Universität Bielefeld, Universitätsstrasse 25, 33615 Bielefeld, Germany; [email protected] (A.H.); [email protected] (S.S.D.) * Correspondence: [email protected] Received: 30 July 2020; Accepted: 28 September 2020; Published: 13 October 2020 Abstract: Currently, investigations of polymer-building blocks made from biorenewable feedstocks such as, for example, fatty acids, are of high interest for the chemical industry. An alternative synthesis of nitrile-substituted aliphatic carboxylic acids as precursors for !-amino acids, which are useful to produce polymers, was investigated starting from biorenewable fatty acids. By hydroformylation of unsaturated fatty acids or unsaturated acids being accessible from unsaturated fatty acids by cross-metathesis reactions, aldehydes are formed. In this work, the hydroformylation of such unsaturated acids led to the formation of the corresponding aldehydes, which were afterwards converted with hydroxylamine to aldoximes. Subsequent dehydration by an aldoxime dehydratase as a biocatalyst or by CuII acetate led to the desired nitriles. Within this work, C7-, C9- and C11-carboxylic acids with a terminal nitrile functionality as well as a branched nitrile-functionalized stearate derivative were synthesized by means of this approach. As these nitriles serve as precursors for amino acids being suitable for polymerization, this work represents an alternative synthetic access to polyamide precursors, which starts directly from unsaturated fatty acids as biorenewable resources and avoids harsh reaction conditions as well as and by-product formation.
  • Biopolymers and Bioplastics Plastics Aligned with Nature

    Biopolymers and Bioplastics Plastics Aligned with Nature

    BIOPOLYMERS AND BIOPLASTICS PLASTICS ALIGNED WITH NATURE INFORMATIONAL - EDUCATIONAL MATERIAL FOR TEACHERS AND LABORATORY ASSISTANTS OF CHEMISTRY AT PRIMARY AND SECONDARY SCHOOLS Maša Šprajcar, Petra Horvat, Andrej Kržan National Institute of Chemistry, Ljubljana 1 BIOPOLYMERS AND BIOPLASTICS: PLASTICS ALIGNED WITH NATURE BIOPOLYMERS AND BIOPLASTICS: PLASTICS ALIGNED WITH NATURE CONTENT: INTRODUCTION In 2010, 265 million tons of plastics were produced worldwide, of that 57 million in Europe [1]. The production and BIOPLASTICS: consumption of polymeric materials is expected to grow at least as long as ‘developing countries’ do not reach such ORIGIN, FORMATION an average consumption as in developed countries. AND DECOMPOSITION 1 Currently, about 80 % of all polymeric materials are produced by the petrochemical industry, i.e. they are produced from fossil (non-renewable) resources. Along with the increased use of plastics the burden on the environment is SYNTHETIC POLYMERS AND THE also increasing. In addition to the environmental impacts caused by the mere production of polymers and plastics, PROBLEM THEY POSE 4 there is a growing burden of waste, generated when users discard products that are no longer needed. Waste has (BIODEGRADABLE) been a pressing problem for many years; with the increasing mass consumption of products with a short life span, POLYMERS AND PLASTICS 5 the amount of waste is also increasing rapidly. Dumping grounds have numerous potential negative environmental POLYMERS OF NATURAL ORIGIN 7 impacts (seepage of leachate into the groundwater, odours, destruction of the local flora and fauna, local changes in POLYMERS OF ARTIFICIAL ORIGIN 7 the environment, soil pollution, ...) and they also require a lot of space.