PIR (Polyisocyanurate Foam) Thermal Insulation System for Cold and Cryogenic Piping and Equipment
Material Symbol P
Table of Contents
| Section | Title | Page |
| Purpose | 2 | |
| Scope | 2 | |
| Related Documents | 2 | |
| Definitions | 2 | |
| Waivers | 3 | |
| Warranty | 3 | |
| Materials | 3 | |
| Supply | 3 | |
| Pipe Insulating Material [1] | 3 | |
| Equipment Insulating Material [2] | 4 | |
| Accessory Materials | 5 | |
| Contraction Joint and Cavity Fill Material [3] | 5 | |
| Vapor Barrier Jacket [4] | 5 | |
| Vapor Barrier Jacket Adhesive [5] | 5 | |
| Insulation Adhesive [6] | 5 | |
| Insulation Joint Sealer [7] | 5 | |
| Vapor Barrier Mastic [8] | 5 | |
| Insulation Banding Tape [9] | 5 | |
| Metal Jacket [10] | 6 | |
| Metal Bands [11] | 6 | |
| Pipe Clamp Insulation Support [12] | 6 | |
| Sheet Metal Insulation Support [13] | 7 | |
| Removable Insulation Boxes [14] | 7 | |
| Contraction Joint Cover [15] | 7 | |
| Contraction Joint Cover Adhesive [16] | 7 | |
| Sheet Metal [17] | 7 | |
| Insulation Thickness and Limits | 8 | |
| Change Log | 8 | |
| Pipe Clamp Insulation Support | 6 | |
| Sheet Metal Insulation Support | 7 | |
| Table A1/01, Insulation Materials and Names of Suppliers (USA) | 9 | |
| Table A1/02, Insulation Materials and Names of Suppliers (Europe) | 11 | |
| Table A2/01, Names and Addresses of Insulation Material Suppliers (USA) | 13 | |
| Table A2/02, Names and Addresses of Insulation Material Suppliers (Europe) | 14 | |
| Information Sheet for Alternative Material Requests | 15 | |
| Certificate of Conformity | 16 |
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1. PURPOSE
1.1 This global engineering specification defines and describes the minimum requirements for the thermal insulation system for polyisocyanurate (PIR) foam for use on cold and cryogenic piping or equipment.
2. scope
2.1 This specification applies to all piping and equipment that is external to cold boxes. It covers all preformed and slab polyisocyanurate insulation materials including adhesives, sealers, mastics and jackets, and methods of application. This insulation material is identified on drawings with one of the following symbols: P1 – cryogenic piping for the prevention of heat gain (see 4WPI-INS007) P4 – cold piping or equipment for prevention of condensation (see 4WPI-INS008)
3. related documents
3.1 Air Products Engineering Documents 3PI99002 Thermal and Acoustic Insulation Standard 4WPI-INS007 Installation of Multi-Layer Thermal Insulation of Cryogenic Piping with PIR (Polyisocyanurate Foam) – Symbol P1 4WPI-INS008 Installation of Single-Layer Thermal Insulation of Cold Piping and Equipment with PIR (Polyisocyanurate Foam) – Symbol P4
3.2 American Society for Testing and Materials (ASTM) B 209 Standard Specification for Aluminum and Aluminum-Alloy Sheet and Plate C 450 Standard Practice for Fabrication of Thermal Insulating Fitting Covers for NPS Piping, and Vessel Lagging C 585 Standard Practice for Inner and Outer Diameters of Rigid Thermal Insulation for Nominal Sizes of Pipe and Tubing (NPS System) C 591 Standard Specification for Unfaced Preformed Rigid Cellular Polyisocyanurate Thermal Insulation D 1415 Standard Test Method for Rubber Property – International Hardness E 96 Standard Test Methods for Water Vapor Transmission of Materials
3.3 International Organization for Standardization (ISO) 48 Rubber, vulcanized or thermoplastic – Determination of hardness (hardness between 10 IRHD and 100 IRHD)
3.4 All standards and documents referred to herein shall be the latest issue, unless otherwise stated.
4. DEFINITIONS
4.1 Air Products and Chemicals, Inc., and its subsidiary and associated companies will be referred to herein as Air Products.
4.2 The insulation contractor who supplies and installs the insulation will be referred to herein as the contractor.
4.3 Approved equal in this specification means “approved in writing by Air Products.”
4.4 All temperatures and dimensions in the text of this document are given in metric units with US customary units in parenthesis.
5. WAIVERS
5.1 Applications for waivers of the requirements contained in this specification, or to supply alternative items other than those listed, shall be made in writing to the Air Products representative, who will obtain approval and written authorization from the relevant Air Products manager before order, supply, or installation by the contractor.
5.2 So that any alternative material requested by the contractor may be evaluated, the contractor shall complete and submit an “Information Sheet for Alternative Material Request” in Appendix B, providing full details of the properties of the recommended alternative.
6. WARRANTY
6.1 Upon completion of the installation, the contractor shall provide to the Air Products site manager a completed “Certificate of Conformity” as shown in Appendix C listing all materials used.
7. MATERIALS
7.1 Supply
7.1.1 The contractor shall supply all insulating materials and accessory materials unless otherwise stated in the contract. Appendix A provides full names and addresses of suppliers. As materials may differ in availability by location of supply, Appendix A contains lists per geographical area of supply. The location of supply will be stated in the contract documents from Air Products.
7.1.2 Whenever any material is specified by manufacturer’s name, only that material shall be used. When there is a choice of materials, to ensure compatibility, all vapor barrier mastics, sealers, adhesives, and reinforcements shall be the products of one manufacturer and/or shall be specified by the manufacturer as being compatible with one another. If it is not possible to obtain the materials stated, the contractor may submit a request, according to Section 5, to use a substitute material, but in no circumstances may it be used without the prior writtenapproval of Air Products.
7.1.3 All materials are indicated in the text and figures of this and other specifications by the numbers shown in square brackets, thus [0], that refer to the materials in Sections 7 and 8, and are identified in Appendix A of this specification.
7.2 Pipe Insulating Material [1]
7.2.1 Insulating material for pipe, fittings, flanges, valves, and small equipment DN900 (NPS 36) and smaller shall be high performance, 32 kg/m3 (2 lb/ft3) minimum density, polyisocyanurate foam (PIR) to meet ASTM C 591 Type IV Grade 2, supplied as preformed pipe sections, according to Appendix A. All dimensions and tolerances not otherwise stated in these specifications shall be according to ASTM C 450. The use of ship laps or tongue and groove joints at horizontal and vertical joints shall be preferred.
7.2.2 Preformed sections shall be supplied in minimum lengths of 900 mm (3 ft 0 in) with square ends for butt jointing.
7.2.3 Preformed sections shall be supplied when specified as single-layer or as multi-layer, one-piece, snap-on sections or sectional (two-piece) form, when available. When these are not available, segmental (multi-piece) form is acceptable. However, the number of segments shall be a minimum. Fabricate segments according to ASME C450. The number of layers of multi-layer insulation shall be a minimum to suit the commercial availability of insulation sections to achieve the required thickness. The inner layer shall always be the thinner layer. The use of ship laps or tongue and groove joints at horizontal and vertical joints shall be preferred.
7.2.4 All inner layers shall be plain (no vapor barrier jacket). The outer layer of insulation shall preferably have a factory-applied vapor barrier jacket [4] as specified in paragraph 8.2.
7.2.5 All elbow, equal tee fitting, and valve insulation (when available) shall be supplied as two halves in preformed, plain (no vapor barrier), and sectional (two-piece) form. Each half section shall be of one-piece construction for sizes up to and including DN200 (NPS 8). For larger than this size, one-piece preformed construction for each half is preferred, but factory prefabricated half sections whose segments are constructed with keyed joints (tongue and groove) using insulation adhesive [6] are acceptable. This shall eliminate any direct radial joints.
7.2.6 Longitudinal seams on all single layer pipe insulation shall be of keyed joint or ship lapped construction. On multi-layer pipe insulation longitudinal seams shall be staggered between layers. Longitudinal seams on all preformed fitting and valve insulation shall be of lapped joint construction.
7.2.7 Circumferential ends of all fitting and valve insulation and all single layer pipe insulation shall be of socket construction to avoid any direct radial joints. On multi-layer pipe insulation, circumferential seams shall be staggered between layers. The depth of socket shall be 20 mm (3/4 in) minimum, and the inside diameter shall be such that it nests over the first layer of the adjacent piping insulation. The outside diameter of this insulation shall be equal to or greater than the adjacent piping insulation.
7.2.8 Fittings such as reducing tees, reducers, caps, and large valves and pipes shall be insulated using either pipe insulation or preformed slabs.
7.2.9 The slabs for the inner layer or layers of insulation shall be plain (no vapor barrier jacket). The slabs for the outer layer of all insulation shall have a factory-applied vapor barrier jacket [4] as specified in paragraph 8.2.
7.2.10 All fitting, valve, and equipment insulation shall be preformed or fabricated so that the thickness of this insulation is at least equal to the required total thickness of insulation specified for the adjacent piping.
7.2.11 Acceptable materials are listed in Appendix A.
7.3 Equipment Insulating Material [2]
7.3.1 Insulating material for equipment, vessels, and pipes larger than DN900 (NPS 36) shall be high performance, 32 kg/m3 (2 lb/ft3) minimum density, polyisocyanurate foam (PIR), supplied as preformed slabs, according to Appendix A.
7.3.2 Preformed slabs shall be supplied in minimum sizes of 1200 mm x 1800 mm (4 ft 0 in x 6 ft 0 in) with square ends for butt jointing. The number of layers shall be a minimum to suit the commercial availability of insulation slabs to achieve the required thickness. The inner layer shall always be the thinner layer.
7.3.3 The slabs for all inner layers shall be plain (no vapor barrier jacket). The slabs for the outer layer of insulation shall have a factory-applied vapor barrier jacket [4] as specified in paragraph 8.2.
7.3.4 Acceptable materials are listed in Appendix A.
8. ACCESSORY MATERIALS
8.1 Contraction Joint and Cavity Fill Material [3]
8.1.1 Contraction joint and cavity fill material shall be a 16 kg/m3 (1 lb/ft3) fibrous glass blanket or unbonded, loose, mineral fiber (rock) wool.
8.1.2 Acceptable materials are shown in Appendix A.
8.2 Vapor Barrier Jacket [4]
8.2.1 The vapor barrier jacket shall be a polyester/aluminum foil. The vapor barrier jacket shall be factory- or site-applied to the preformed insulation pipe sections and slabs for sizes up to and including DN200 (NPS 8). For larger than this size, it may be applied on site, but preferably shall be factory applied. The vapor barrier jacket shall be supplied with 50 mm (2 in) minimum longitudinal joint sealing flaps.
8.2.2 The vapor barrier jacket shall be fire retardant and shall have a maximum water vapor permeance of 0.0005 g/sMN (0.01 perm).
8.2.3 Acceptable materials are listed in Appendix A.
8.3 Vapor Barrier Jacket Adhesive [5]
8.3.1 The adhesive for the vapor barrier jacket shall be a permanently flexible, rubber-based adhesive that is flame resistant when dry. A self-adhesive, foil-faced tape may be used to augment the jacket adhesive system.
8.3.2 Acceptable materials are listed in Appendix A.
8.4 Insulation Adhesive [6]
8.4.1 Insulation adhesive (see paragraph 7.1.2) shall be a quick-setting, fire-resistant compound. It shall have good gap filling properties.
8.4.2 Acceptable materials are listed in Appendix A.
8.5 Insulation Joint Sealer [7]
8.5.1 Insulation joint sealer (see paragraph 7.1.2) shall be a nonshrinking, nonhardening compound.
8.5.2 Acceptable materials are listed in Appendix A.
8.6 Vapor Barrier Mastic [8]
8.6.1 Vapor barrier mastic (see paragraph 7.1.2) shall be a tough, flexible, weather- and fire-resistant compound with a glass cloth reinforcement. The water vapor permeance of the cured vapor barrier mastic shall not exceed 0.002 g/sMN (0.04 perm) at the manufacturer’s recommended dry film thickness according to ASTM E 96. The reinforcement shall be an open weave, No.10 glass cloth.
8.6.2 Acceptable materials are listed in Appendix A.
8.7 Insulation Banding Tape [9]
8.7.1 Insulation banding tape shall be a 19 mm (3/4 in) wide, self-adhesive, fiberglass-reinforced tape.
8.7.2 Acceptable materials are listed in Appendix A.
8.8 Metal Jacket [10]
8.8.1 Metal jacketing shall be plain, aluminum sheet without a combined moisture barrier sized as follows (ASTM B 209, Alloys 1100, 3003, 3105, and 5005 are acceptable): 0.6 mm (0.024 in) thick [for 150 mm (6 in) outside diameter of insulation and smaller] 0.8 mm (0.031 in) thick [for larger than 150 (6 in) and up to 500 mm (20 in) outside diameter of insulation] 1.0 mm (0.039 in) thick [for larger than 500 mm (20 in) outside diameter of insulation]
8.8.2 For sealing straight joints of metal jackets [10], a joint sealing tape is preferred.
8.8.3 Acceptable materials are listed in Appendix A.
8.8.4 Only when stated in the insulation installation specification, Insulation Summary, and/or isometrics shall the metal jacket be stainless steel, Type 304 sheet without a combined moisture barrier.
8.9 Metal Bands [11]
8.9.1 Metal bands shall be 12 mm (1/2 in) wide x 0.5 mm (0.020 in) thick for 500 mm (20 in) outside diameter of insulation and smaller or 20 mm (3/4 in) wide x 0.6 mm (0.024 in) thick for larger than 500 mm (20 in) outside diameter, stainless steel with matching seals.
8.9.2 Acceptable materials are listed in Appendix A.
8.10 Pipe Clamp Insulation Support [12]
8.10.1 When prefabricated, proprietary, pipe clamp insulation supports are available, they shall be used. Otherwise, clamp-type supports shall be provided and fabricated according to Figure 1 from a pipe riser clamp (acceptable materials are listed in Appendix A) with the arms cut back to extend no more than half the thickness of the outer layer of insulation and a flat plate tack-welded on to the top. Materials of construction shall be galvanized carbon steel for carbon steel piping and equipment, and stainless steel for all other materials. When clamps are not available, they shall be fabricated to the design depicted in Figure 1.
Figure 1 Pipe Clamp Insulation Support
8.11 Sheet Metal Insulation Support [13]
8.11.1 The contractor shall supply material and fabricate sheet metal insulation supports according to Figure 2.
Figure 2 Sheet Metal Insulation Support
8.12 Removable Insulation Boxes [14]
8.12.1 The contractor shall supply prefabricated, proprietary or custom made, removable insulation boxes secured to allow easy access for all frequently maintained items (see the insulation installation specification). Boxes are for protection purposes only and need not be lined. The insulation inside the box shall be independent of the box and shall have a complete vapor barrier that is not damaged by the box assembly or removal.
8.13 Contraction Joint Cover [15]
8.13.1 Contraction joint covers shall be 1.5 mm (1/16 in) thick, neoprene rubber sheet with a hardness of approximately 50 IRHD (International Rubber Hardness Degree) determined according to ISO 48 or ASTM D 1415.
8.14 Contraction Joint Cover Adhesive [16]
8.14.1 The adhesive for the contraction joint cover shall be a high-strength contact adhesive that is fire resistive when dry. Acceptable materials are listed in Appendix A.
8.15 Sheet Metal [17]
8.15.1 Sheet metal for insulation supports and protection of insulation at pipe supports shall be austenitic stainless steel and shall be a minimum of 0.8 mm (0.031 in) thick.
9. INSULATION THICKNESS AND LIMITS
9.1 The insulation thickness and the extent to which the insulation shall be provided and installed on piping and equipment shall be as stated on the Insulation Summary and/or isometrics and drawings provided by Air Products. The thicknesses quoted are nominal and do not include the finish thickness. The inner and outer diameters of the preformed insulation shall be according to ASTM C 585. The thickness may be varied by + 3 mm (1/8 in) to suit the manufacturer’s nearest available standard sizes. When the insulation thickness stated is unavailable, the next larger thickness available shall be used.
9.2 When the insulation thickness is not stated in the documents listed in paragraph 9.1, the piping or equipment that requires insulation shall be insulated with a thickness determined on a case-by-case basis in consultation with the Air Products representative. This thickness shall be based on 3PI99002 or if not given here then on that recommended by the insulation manufacturer for the operating temperature of the piping or the equipment.
Appendix A Table A1/01 Insulation Materials and Names of Suppliers (USA)
| Item No. | Material Description | Acceptable Materials | Manufacturer |
| [1] | Pipe Insulating Material | Trymer 2000 Preformed Pipe Sections or Radiused and Beveled Slabs | Dow Chemical Co. Urethane Dept. |
| Corafoam C20 | DUNA-USA, Inc. | ||
| [2] | Equipment Insulating Material | Trymer 2000 Preformed Slabs | Dow Chemical Co. Urethane Dept. |
| Corafoam C20 | DUNA-USA, Inc. | ||
| [3] | Contraction Joint and Cavity Fill Material | MicroliteÒ Type 100 Plain | Johns Manville. |
| Duct Wrap, Unfaced | Knauf Fiber Glass GmbH | ||
| All-Service Duct Wrap, Type 100 unfaced | Owens Corning Fiberglas Corporation | ||
| [4] | Vapor Barrier Jacket | Polyester reinforced triplex foil 1577CW | Venture Tape Corporation |
| [5] | Vapor Barrier Jacket Adhesive | Armaflexâ 520 Adhesive | Armacell L.L.C. |
| Chilstix Clear CP-82 | Foster Products Corporation (Childers Brand Products) | ||
| Foster Sparkfas Adhesive 85-70 | Foster Products Corporation (Foster Brand Products) | ||
| Tape | Foil Tape | ||
| [6] | Insulation Adhesive | CP-96 | Foster Products Corporation (Childers Brand Products) |
| 81-33 or 97-15 | Foster Products Corporation (Foster Brand Products) | ||
| [7] | Insulation Joint Sealer | Chilbyl CP-76 | Foster Products Corporation (Childers Brand Products) |
| Foster Foamseal Sealant 30-45 | Foster Products Corporation (Foster Brand Products) | ||
| [8] | Vapor Barrier Mastic and Glass Cloth | Encacel X Chilglas 6 x 6 Glass Cloth | Foster Products Corporation (Childers Brand Products) |
| Style 1350 Untreated | JPS Glass Fabrics | ||
| Style 3701 | BGF Industries, Inc. | ||
| Foster Monolar Mastic 60-90 Open Weave Glass Cloth No.10 | Foster Products Corporation (Foster Brand Products) | ||
| [9] | Insulation Banding Tape | 898 ‘Scotch’ Filament Tape | 3M Company |
| [10] | Metal Jacket | Childers Aluminum Jacketing | Foster Products Corporation (Childers Brand Products) |
| Atlas Aluminum Jacketing | Foster Products Corporation (Foster Brand Products) | ||
| Metal Jacket Sealing Tape | Foster Extruded Sealant Tape 96-01 | Temati B.V. | |
| Foster ELASTOLAR Sealant 95-44 | H.B. Fuller Construction Products, Inc. | ||
| [11] | Metal Bands | See paragraph 8.9 | Band-It Idex, Inc. |
| See paragraph 8.9 | Foster Products Corporation (Childers Brand Products) | ||
| See paragraph 8.9 | Gerrard Packaging Systems |
Appendix A (continued) Table A1/01 (continued) Insulation Materials and Names of Suppliers (USA) (continued)
| Item No. | Material Description | Acceptable Materials | Manufacturer |
| [12] | Pipe Clamp Insulation Support | Type 45 or equal | Lisega Inc. |
| [13] | Sheet Metal Insulation Support | See paragraph 8.11 | |
| [14] | Removable Insulation Boxes | See paragraph 8.12 | |
| [15] | Contraction Joint Cover | Neoprene sheet. See paragraph 8.13 | |
| [16] | Contraction Joint Cover Adhesive | Armaflexâ 520 Adhesive | Armacell L.L.C. |
| CP-82 | Foster Products Corporation (Childers Brand Products) | ||
| Foster Clipfas Neoprene Adhesive 85-75 | Foster Products Corporation (Foster Brand Products) | ||
| [17] | Sheet Metal | See paragraph 8.15 |
Appendix A (continued) Table A1/02 Insulation Materials and Names of Suppliers (Europe)
| Item No. | Material Description | Acceptable Materials | Manufacturer |
| [1] | Pipe Insulating Material | Nilflam Preformed Pipe Sections and Radiused, Bevelled Lags or Slabs | Kingspan Industrial Insulation Ltd. |
| Tarec Ecopir CR40 (Nilflam) | Tarec Insulation | ||
| Special mouldings | J. G. Black Polymers Ltd. | ||
| [2] | Equipment Insulating Material | Nilflam Preformed Radiused and Bevelled Slabs | Kingspan Industrial Insulation Ltd. |
| Tarecpir CR40 Radiused and Bevelled Slabs | Tarec Insulation | ||
| [3] | Contraction Joint and Cavity Fill Material | Rocksil Loose Wool | Owens Corning Building Products (UK) Ltd. |
| Rockwool Insulation | Rockwool Ltd. | ||
| [4] | Vapor Barrier Jacket | Mylar Triplex Foil | Tarec Insulation |
| Polyester reinforced triplex foil | Kingspan Industrial Insulation Ltd. | ||
| Foil-Scrim-PE | Rothel (UK) Ltd. | ||
| Polyester reinforced triplex foil 1577 CW | Venture Tape Corporation | ||
| [5] | Vapor Barrier Jacket Adhesive | Flame Resistant Duct Adhesive 10-199 | Idenden International
Bostik Findley Ltd |
| Foster Sparkfas Adhesive 85-20 | H. B. Fuller Ltd. | ||
| Chilstix Clear CP-85 | Kingspan Industrial Insulation Ltd. | ||
| Tape | Foil Tape T303 | Idenden International Bostik Findley Ltd | |
| [6] | Insulation Adhesive | Flame Resistant Adhesive 10‑250 | Idenden International Bostik Findley Ltd |
| Foster Fire Resistive Adhesive 81-33 | H. B. Fuller Ltd. | ||
| Chilbond F. R. CP-99 | Kingspan Industrial Insulation Ltd. | ||
| [7] | Insulation Joint Sealer | Joint Sealer 40-31 | Idenden International Bostik Findley Ltd |
| Foster Foamseal Sealant 30-45 | H. B. Fuller Ltd. | ||
| Chilbyl CP-76 | Kingspan Industrial Insulation Ltd. | ||
| [8] | Vapor Barrier Mastic and Glass Cloth | Fire Resistive Aluminium Mastic 20-13 Open Mesh Glass Scrim No.10 | Idenden International Bostik Findley Ltd |
| Foster Monolar Mastic 60-91 Open Weave Glass Cloth No.10 | H. B. Fuller Ltd. | ||
| Encacel T (or KP 40 HDM for inside confined spaces) Chilglass No.10 Glass Cloth | Kingspan Industrial Insulation Ltd. | ||
| [9] | Insulation Banding Tape | Reinforcing Banding Tape RBT 300 | Idenden International Bostik Findley Ltd |
| 898 ‘Scotch’ Filament Tape | 3M United Kingdom PLC |
Appendix A (continued)Table A1/02 (continued)Insulation Materials and Names of Suppliers (Europe) (continued)
| Item No. | Material Description | Acceptable Materials | Manufacturer | |
| [10] | Metal Jacket | Smooth Superpoly Aluminium Jacketing | Idenden International Bostik Findley Ltd | |
| Atlas Aluminium Jacketing | H. B. Fuller Ltd. | |||
| Childers Aluminium Jacketing | Kingspan Industrial Insulation Ltd. | |||
| Metal Jacket Sealing Tape | Foster Extruded Sealant Tape 96-01 | Temati B.V. | ||
| Foster ELASTOLAR Sealant 95-44 | ||||
| [11] | Metal Bands | See paragraph 8.9 | ||
| [12] | Pipe Clamp Insulation Support | Type 45 or equal | Lisega Inc. | |
| [13] | Sheet Metal Insulation Support | See paragraph 8.11 | ||
| [14] | Removable Insulation Boxes | See paragraph 8.12 | ||
| [15] | Contraction Joint Cover | Neoprene sheet. See paragraph 8.13 | ||
| [16] | Contraction Joint Cover Adhesive | Seam Seal Adhesive 10-274 | Idenden International Bostik Findley Ltd | |
| Foster Clipfas Neoprene Adhesive 13-29 | H. B. Fuller Ltd. | |||
| Chilbond CP-140 | Kingspan Industrial Insulation Ltd. | |||
| [17] | Sheet Metal | See paragraph 8.15 | ||
Table A2/01 Names and Addresses of Insulation Material Suppliers (USA)
| 3M Company
St. Paul Minnesota USA Tel: (001) 800 364 3577 |
Armacell L.L.C.
Mebane North Carolina USA Tel: (001) 800 232 3341 |
| Band-It-Idex, Inc.
Denver Colorado USA Tel: (001) 303 320 4555 |
BGF Industries, Inc.
Greensboro North Carolina USA Tel: (001) 800 476 4845 or 336 545 0011 |
| Dow Chemical Company
200 Larkin Midland, Michigan 48674 USA Tel: 1-866-583-2583 |
DUNA-USA, Inc.
Wooster Ohio USA Tel: (001) 330 262 1570 |
| Foster Products Corporation
subsidiary of the H. B. Fuller Company Foster and Childer Brand Products Suite C7 601 West Campus Drive Arlington Heights, IL 60004 Tel: (001) 800 231 9541 |
Gerrard & Company
Des Plaines Illinois USA Tel: (001) 800 800 6763 |
| JPS Glass Fabrics
Slater South Carolina USA Tel: (001) 864 836 8011 |
Lisega Inc.
Newport Tennessee USA Tel: (001) 423 625 2000 |
| Owens Corning Fiberglass Corporation
Toledo Ohio USA Tel: (001) 800 438 7456 |
Temati B.V.
Rihnland 2 1948 RL Beverwijk The Netherlands |
| Venture Tape Europe Ltd.
Daventry Northants NN11 5RD England Tel: +44 (0) 1327 876 555 |
Table A2/02 Names and Addresses of Insulation Material Suppliers (Europe)
| 3M United Kingdom PLC
Masking and Packaging Division Elms Park Industrial Estate Hudson Road Bedford Bedfordshire MK41 0HR United Kingdom Tel: +44 (0) 1234 268868 |
Band-It Limited
Speedwell Industrial Estate Staveley, Nr Chesterfield Derbyshire S43 3PF United Kingdom Tel: +44 (0) 1246 477333
|
| H. B. Fuller UK Ltd.
Moor Road Chesham Buckinghamshire HP5 1SB United Kingdom Tel: +44 (0) 1494 784444
|
Idenden International
Bostik Findley Ltd. Common Road Stafford Staffordshire ST16 3EH United Kingdom Tel: +44 (0) 1785 272727 |
| J. G. Black Polymers Ltd.
Unit 1A Crakeside Business Park Greenodd Ulverston Cumbria LA12 7RT Tel: +44 (0) 1229 86502 |
Kingspan Insulation Division
Kingspan Group PLC Pembridge Hertfordshire United Kingdom Tel: +44 (0) 1544 388601
|
| Lisega Ltd
415a, Midsummer Boulevard Central Milton Keynes Buckenhamshire MK9 3BN United Kingdom Tel: +44 (0) 1908 231282 |
Owens Corning Building Products (UK) Ltd.
Chaussee de La Hulpe 166 B-1170 Brussels Belgium Tel: +32 (0) 2 674 83 20
|
| Rockwool Ltd.
Pencoed Mid Glamorgan CF35 6NY Wales United Kingdom Tel: +44(0)1656 862621 |
Rothel GmbH & Co
D-44805 Bochum Heiksfeld, 11 Germany Tel: +49 (0) 234 87940 |
| Tarec Insulation
Mitchell Hey Mills College Road Rochdale Lancashire OL12 6AE United Kingdom Tel: +44 (0) 1706 715500 |
Tarec Insulation NV
Visbeekstraat 24 B2300 Turnhout Belgium Tel: +32 (0) 14 4425252
|
| Temati B.V.
Rihnland 2 1948 RL Beverwijk The Netherlands |
Venture Tape Europe Ltd.
Daventry Northants NN11 5RD England Tel: +44 (0) 1327 876 555 |
INS006 Appendix B Appendix B Information Sheet for Alternative Material Requests
| Original Material Specified |
| Reference No. |
| Reason for Change Request |
Proposed Alternative Material (when appropriate, provide national standard, for example, ASTM, BS, DIN)
| Name |
| Manufacturer/Supplier |
| General Description |
| Use or Application |
| Application Method (brush, trowel, or other) |
| Operating Temperature Limits +/-°C (or °F) |
| Physical Form (liquid, solid) |
| Color |
| Specific Gravity |
| Solids Content |
| Solvent |
| Water Vapor Permeance |
| Flash Point |
| Fire Rating |
| Health and Safety Precautions |
| Remarks |
REQUESTED BY
| Company | Date |
| For Use on Project | Project No. |
APPROVED BY AIR PRODUCTS
| Signed | Date |
| Position |
INS006 Appendix C Appendix C Certificate of Conformity
| Contract Reference | Air Products Project No. |
The following insulating materials according to Air Products Engineering Specification 4WPI-INS006 were supplied:
| Ref. No. | Description | Manufacturer | Mfg. Ref. No. |
| [1] | Pipe Insulating Material | ||
| [2] | Equipment Insulating Material | ||
| [3] | Cavity Fill Material | ||
| [4] | Vapor Barrier Jacket | ||
| [5] | Vapor Barrier Jacket Adhesive | ||
| [6] | Insulation Adhesive | ||
| [7] | Insulation Joint Sealer | ||
| [8] | Vapor Barrier Mastic | ||
| [9] | Insulation Banding Tape | ||
| [10] | Metal Jacket | ||
| [11] | Metal Bands | ||
| [12] | Pipe Clamp Insulation Support | ||
| [13] | Sheet Metal Insulation Support | ||
| [14] | Removable Insulation Boxes | ||
| [15] | Contraction Joint Cover | ||
| [16] | Contraction Joint Cover Adhesive | ||
| [17] | Sheet Metal |
| Contractor’s Name |
| Signed by | Date |