TUBE & PIPE

tube & pipecopper tuBe 15.1

polylag / selector information / codes / for airconditioning & refrigeration

steel pipes 15.8to as1074 / to ansi B36.10

stainless steel pipe 15.11

stainless steel tuBe 15.13

upvc pressure pipe 15.17

permapipe 15.18

June 201015.1

tube & pipe co

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copper tubeApplicAtionscopper tubes from tables A and b are suitable for use with compression, capillary and brazed joints.

copper tubes from table c are suitable for use with capillary and brazed joints only.

copper tubes from table D are suitable for use with capillary and brazed joints, only in the ‘hard drawn’ condition.

copper tubes from table D shall not be bent.

copper tubes from tables A, b or c may be supplied in the ‘hard drawn’ or ‘annealed’ condition.

copper tubes from table D are only supplied in the ‘hard drawn’ condition.

copper tube identificAtioncrane enfield copper tubes, manufactured to meet the requirements of AS 1432, are colour coded with an ink mark along the tube with the manufacturers trademark, "AuStrALiA" the country of origin, the nominal size, thickness type and the letters "bQ" where tubes are "bendable" temper etc.

crANe eNFieLD AuStrALiA DN50A bQ

in addition Hard Drawn and bendable copper tubes are incised at 0.5m intervals with the manufacturers trademark, the Standards Australia Licence number, the Standards Mark, the Australian Standard number, nominal size, thickness type and "bQ" to identify bendable temper tubes, etc.

ceM Lic 940 i>>>>>i AS1432 DN 15A bQ

Four colours are used to represent the tube specification types:type A - Green type c - redtype b - blue type D - black

it is to be noted that the tubes are made from the one alloy and are of similar quality. the word "tYpe" refers to the thickness categories with type A being the thickest and type D being the thinnest tube permitted for use by water authorities.

Also available is large diameter copper tube not in AS 1432 range. these are projections of AS 1432.

propertiescopper tubing to AS 1432 is manufactured from alloy designation 122 of AS 2738.2

Melting point 1083°cDensity 8.94 x 103 kg/m3 @ 20°cthermal expansion 0.177mm/ 10°c.mthermal conductivity 295 - 355 W/mKSpecific Heat capacity 385 J/kgKcomposition Alloy c12200 copper = 99.90%min phosphorus = 0.015-0.040%

corrosion rAtings of copperAcetone A butane A Acids - carbon Dioxide (m) b chromic D carbon Monoxide A citric A chlorine c Hydrochloric c Freon A Nitric D Hydrogen A phosphoric b Hydrogen Sulphide (m) D Sulphuric c Methane A tanic A Natural Gas b tartaric A Nitrogen AAlcohols A oxygen A Aniline Dyes c propane A Animal/excreta and Steam ADecomposed undiluted Sulphur Dioxide (m) burine D Gasoline AAshes D Kerosene AAsphalt A Lacquers AAtmosphere - industrial A Magnesite D Marine A Mercury and Salts D rural A Silver Salts D beer A Sodium chloride b benzene, benzol A Sodium Hypochlorite cbleaching powder b Sugar Solution Abrines b trichlorethylene (dry) A carbon Varnish - Solvents A tetrachlorine (m) b Water - Fruit Juices b carbonated bFeul oil A potable AGases - Sea Water b Acetylene D Mine Water c Ammonia (m) D Soapy A bromine (m) c Sewage A

rAtingsA excellent under most conditions.b good May be considered in place of “A” when some other

property governs use.c fair May only have limited life.d poor Not recommended.

bendAble temper pipingin certain circumstances it may be desirable to use a straight tube which has improved bending characteristics compared to normal hard drawn temper tube. to fill this need, a selected size range of 6m straight length copper tubes is available in bendable temper.

these particular tubes are capable of being bent, without local annealing, to minimum centreline radii of 45mm, 60mm and 85mm for nominal sizes DN15, DN18 and DN20 respectively. Available sizes:

DN 15A 12.70 x 1.02mm DN 18b 15.88 x 1.02mmDN 15b 12.70 x 0.91mm DN 18c 15.88 x 0.91mmDN 15c 12.70 x 0.71mm DN 20A 19.05 x 1.42mmDN 18A 15.88 x 1.22 mm DN 20b 19.05 x 1.02mmDN 20c 19.05 x 0.91mm

standards Applicable to copper and copper Alloy tubesAS 1432 copper tubes for plumbing, gasfitting & drainage applications.AS 1572 copper & copper alloys - seamless tubes for engineering

purposes.AS 1571 copper - seamless tubes for air conditioning & refrigeration.AS 1569 copper & copper alloys - seamless tubes for heat exchangers.AS 3795 copper alloy tubes for plumbing & drainage applications.

A b D

Nom Size mm

NomWt

pSW(kpa)

NomWt

pSW(kpa)

NomWt

pSW (kpa)

203.2 1.63 590

225 3.25 1010 2.64 820 2.03 650

254 3.25 910 2.64 730 2.03 580

the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.15.2

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copper tube poLYLAG

‘polylAg’ pre-insulAted copper tubeA comprehensive range of pre-insulated tubes is available for use in a variety of end use applications e.g. domestic hot water lines, burying in corrosive soils, laying under floors and concrete slabs (where approved), chasing into walls and masonary, pipework exposed to aggressive environments. the insulation is moisture resistant and chemically inert.

the copper tubing component is covered by StandardsMark License No. 940, with the required marking to this effect, which conforms to AS1432-1990 specification.

polylag premium of nominal sizes 15 to 25 consists of a seamless extruding coating, of lightly foamed flexible polyvinyl chloride (pVc), over copper tubing.

polylag of nominal sizes 32 to 50 consists of micro-cellular polyethylene (polythene) coating, over copper tubing.

properties - pVcSpecific Gravity (20°c) 1.1 - 1.7Melting range 120°c - 170°cDecomposition point >200°cFlash point NoneFlammable Limits Self extinguishingAuto ignition point NoneWater Solubility (G/L) NilGeneral

A foamable flexible pVc compound, containing a combination of heat and uV stabilizers.

coating Form: Generally 1.0mm thick, plus 1.0mm castellation, for an overall thickness with standoff 2.0 to 2.5mm.

properties - polytheneMelting point 109°c"VicAt" Softening point 91°cthermal conductivity 0.0034 Joules cM/cM Sec°c Specific Heat 0.55 cAL/GMDecomposition point 280°c - 300°ccoating Form Generally 2.0mm thickness

it is to be noted that lagging consisting of hair, felt or otherfibrous material should be used in only dry, well ventilated places. the use of such lagging in damp or confined, poorly ventilated environments is not recommended.

thermAl trAnsmissionthermal conductivity W/mK: 0.052 thermal resistance m2K/W (pVc): 0.028

note: As the only known test methods in this country, are for flat test specimens and not tubular lagging on pipe, care should be taken in extrapolating the above results to tubular form.

operAtionAl chArActeristicsMaximum Service temperature +75°c Minimum Service temperature -45°c Normal operating range -10° to +60°c

corrosionthe insulation material is resistant to dilute acids & alkalis, which makes it highly suitable for barrier protection of the copper tubing, in aggressive environments. in underground use, it is necessary to ensure that waterproof joints are made, to prevent the ingress of chemical laden groundwater.

product identificAtionthe coating material is colour coded (iSo) GreeN to AS1345-1972, for potable water. Semi-continuous external markings identify the Manufacturer, tube material, Diameter (DN), table type, and brand Name.

e.g. crane enfield Australia copper tube DN25 c polylag premium. the coating material is colour coded lilac for recycled water applications.

stAndArd size rAnge6m straights (mm) nominal size 18m coils (mm)12.70 x 1.02 DN15A 12.70 x 1.0212.70 x 1.02 DN15b 12.70 x 0.9112.70 x 0.71 DN15c 12.70 x 0.7115.9 x 1.22 DN18A 15.9 x 1.02 DN18b 15.9 x 1.0215.9 x 0.91 DN18c 15.9 x 0.9119.1 x 1.02 DN20b 19.1 x 1.0219.1 x 0.91 DN20c 19.1 x 0.9125.4 x 1.22 DN25b 25.4 x 0.91 DN25c31.8 x 1.22 DN32b37.1 x 1.22 DN40b50.8 x 1.22 DN50b

other sizes from DN15 to DN150 may be available on request.

June 201015.3

tube & pipe co

pper tub

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form

AtioN

copper tube SeLector iNForMAtioN

type A

Nom. Size mill Size (mm)

preViouS Size No. lgtH buNDle

No. coilS cArtoN

pSW (kpa) Nom. WgHt (kg/m)

DN 6 6.4 x 0.91 1/4" x 20G 200 6 12,080 0.139

DN 8 7.9 x 0.91 5/16" x 20G 100 5 9,380 0.180

DN 10 9.5 x 1.0 3/8" x 19G 150 4 8,730 0.243

DN 15 12.7 x 1.0 1/2" x 19G 100 3 6,380 0.335

DN 18 15.9 x 1.2 5/8" x 18G 100 2 6,090 0.503

DN 20 19.1 x 1.4 3/4" x 17G 80 2 5,900 0.704

DN 25 25.4 x 1.6 1" x 16G 40 19 (crate) 5,070 1.089

DN 32 31.8 x 1.6 1¼" x 16G 30 14 (crate) 4,010 1.380

DN 40 38.1 x 1.6 1½" x 16G 21 3,310 1.671

DN 50 50.8 x 1.6 2" x 16G 14 2,460 2.253

DN 65 63.5 x 1.6 2½" x 16G 7 1,960 2.835

DN 80 76.2 x 2.0 3" x 14G 7 2,030 4.232

DN 90 88.9 x 2.0 3½" x 14G 3 1,740 4.957

DN 100 101.6 x 2.0 4" x 14G 3 1,520 5.682

DN 125 127.0 x 2.0 5" x 14G 2 1,210 7.131

DN 150 152.4 x 2.6 6" x 12G 2 1,310 11.114

DN 200 203.2 x 2.6 8" x 12G 2 920 14.884

type b



No. coilS cArtoN


DN 6 6.4 x 0.71 1/4" x 20G 200 6 8,780 0.113

DN 8 7.9 x 0.71 5/16" x 22G 100 5 6,870 0.144

DN 10 9.5 x 0.91 3/8" x 20G 150 4 7,680 0.221

DN 15 12.7 x 0.91 1/2" x 20G 100 3 5,630 0.302

DN 18 15.9 x 1.0 5/8" x 19G 100 2 5,020 0.426

DN 20 19.1 x 1.0 3/4" x 19G 80 2 4,140 0.517

DN 25 25.4 x 1.2 1" x 18G 40 19 (crate) 3,700 0.829

DN 32 31.8 x 1.2 1¼" x 18G 30 14 (crate) 2,940 1.047

DN 40 38.1 x 1.2 1½" x 18G 21 2,430 1.265

DN 50 50.8 x 1.2 2" x 18G 14 1,810 1.700

DN 65 63.5 x 1.2 2½" x 18G 7 1,440 2.136

DN 80 76.2 x 1.6 3" x 16G 7 1,620 3.417

DN 90 88.9 x 1.6 3½" x 16G 4 1,390 3.999

DN 100 101.6 x 1.6 4" x 16G 3 1,210 4.581

DN 125 127.0 x 1.6 5" x 16G 2 970 5.744

DN 150 152.4 x 2.0 6" x 14G 2 1,000 8.581

DN 200 203.2 x 2.0 8" x 14G 2 730 11.479


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stAndArd lengths straights DN 125 and below 6m DN 150 and above 4, 5 or 6m random lengths

coils DN 8 and below 30 metres DN 10 and above 18 metres

plus a full range to international Standards.

pSW: Safe working pressure is the recommended maximum continuous pressure to which the tubes should be subjected to for the design life of the plumbing installation. these pressures are based on tubing in the annealed temper to allow for the effects of softening during normal jointing operations. (ref AS1432-1996)

phone 1800 043 117 for your nearest crane office. AS 1432 Lic 940Standards Australia

High performance copper tubing with the competitive edge

copper tube to AS 1432 - 1996 from crane enfield Metals.

type c



No. coilS cArtoN


DN 10 9.5 x 0.71 3/8" x 22G 150 4 5,650 0.176

DN 15 12.7 x 0.71 1/2" x 22G 100 3 4,170 0.239

DN 18 15.9 x 0.91 5/8" x 20G 100 2 4,440 0.383

DN 20 19.1 x 0.91 3/4" x 20G 80 2 3,670 0.464

DN 25 25.4 x 0.91 1" x 20G 40 19 (crate) 2,720 0.626

type D



No. coilS cArtoN


DN 32 31.8 x 0.91 1¼" x 20G 30 2,160 0.789

DN 40 38.1 x 0.91 1½" x 20G 21 1,790 0.951

DN 50 50.8 x 0.91 2" x 20G 14 1,340 1.276

DN 65 63.5 x 0.91 2½" x 20G 7 1,070 1.601

DN 80 76.2 x 1.2 3" x 18G 7 1,200 2.571

DN 90 88.9 x 1.2 3½" x 18G 3 1,030 3.007

DN 100 101.6 x 1.2 4" x 18G 3 900 3.442

DN 125 127.0 x 1.4 5" x 17G 2 830 5.013

DN 150 152.4 x 1.6 6" x 16G 2 800 6.908

June 201015.5

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copper tube coDeS

copper tube trAdelink codes

type A

ANNeAleD coilS

coDe

HArD DrAWN

StrAigHt coDe

polylAg ANN coil

coDe

polylAg HD

StrAigHt coDe

DN6 093803 093881

DN8 093806 093886

DN10 093815 093897

DN15 093824 093906 094093 094132

DN18 093837 093924

DN20 093848 093939 094364

DN25 093857 093954

DN32 093861 093966

DN40 093863 093975

DN50 093984 094162

DN65 093996

DN80 094011

DN90

DN100 094023

DN125 094025

DN150 094039

DN200 094052

type c

ANNeAleD coilS

coDe

HArD DrAWN

StrAigHt coDe

polylAg ANN coil

coDe

polylAg HD

StrAigHt coDe

DN10 093809

DN15 093818 093900 094087 094126

DN18 093833 093918 094096 094135

DN20 093839 093930 094102 094141

DN25 093851 093948 094147

type b

ANNeAleD coilS

coDe

HArD DrAWN

StrAigHt coDe

polylAg ANN coil

coDe

polylAg HD

StrAigHt coDe

DN6

DN8

DN10 093812 093894 094084

DN15 093821 093903 094090 094129

DN18 093836 093921 094099 094138

DN20 093842 093933 094105 094144

DN25 093854 093951 094150

DN32 093860 093963 094153

DN40 093972 094156

DN50 093981 094159

DN65 093993 094165

DN80 094008 094171

DN90

DN100 094020 094174

DN125 094024

DN150 094037

DN200 094051

type D

HArD DrAWN StrAigHt coDe

polylAg HD StrAigHt coDe

DN32 093960

DN40 093969

DN50 093978

DN65 093990

DN80 094005 094168

DN90

DN100 094017 094177

DN125

DN150 094036

codes for lArge diAmeter copper tube not in the As 1432 rAngeextrapolating from AS 1432 the following DN250 copper tube is approximately equivalent to a type b.

Nom.Size

mill Sizemm

leNgtHS - m

4.0 4.5 5.0 5.5

DN250 10” x 12G 094094 094095 094097 094098


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copper tube For AircoNDitioNiNG & reFriGerAtioN

An extensive range of copper tube is manufactured specifically to cater for the special requirements of refrigeration gas lines and airconditioning. these tubes comply with the required internal cleanness limits specified in AS 1571:copper - Seamless tubes for Airconditioning and refrigeration.

tubes are factory cleaned and supplied sealed to maintain the cleanness of the bore under normal conditions of handling and storage.

ink mArkingthe tube is identified with an ink marking along its length stating the Manufacturers Name, country of origin, conforming standard, temper and Size.

eg. “crANe copper tube AuStrALiA AS/NZS 1571 1/2h 19.05 X 0.91”

pAckAgingAs drawn straight length tubes are capped on each end and packaged in bundles.

Annealed coils are encapsulated with heat shrunk plastic. caps are included for placement on tube after the plastic is removed. the capping for airconditioning and refrigeration grade tubing is colour coded yellow.

mAnufActuring stAndArds AVAilAblecode copper Alloy no. chemical requirementAmerican AStM b280 uNS. c12200 cu 99.9% min. po.015-0.40%Australian AS1571 c122 cu 99.9% min. po.015% min. 0.040% max.

cleAnness requirementsAll tubes are cleaned and sample tested to meet the residue requirement as specified by the codes at 0.038 g/m3 (0.0035g/m2).

tube integrityAll tubes are electronically tested by eddy current method, to the requirements of AStM e243.

positiVe pressure linesAs drawn copper tube to AS 1571 is permitted, with dimensions as specified in AS 1432 type b. For nominal sizes DN 15 and below, the thickness shall not be less than 1.02mm.

VAcuum linesSizes are the same as for positive pressure lines but either as drawn or annealed temper tubes may be used.

note: AS 1571 tube is unavailable, tube must be cleaned as specified in AS 2896.

medicAl gAses grAde copper tubesSafety standards for oxygen and other medical gases require the use of specially cleaned tubing in order to prevent gas contamination, or potential explosions.

oxygen under pressure may cause spontaneous combustion of residual organic drawing oils, if left inside tubes after manufacture. Similarly, oils or other contaminants could cause severe patient problems if not removed prior to installation.

crane enfield Metals are able to provide a wide range of tubes to several international standards for this highly sensitive work.

code no. code descriptionAustralian AS2896 Medical gas systems - installation and testing of non-inflammable medical gas pipeline systems.Australian AS1169 installation and testing of medical gas supply systems.American AStMb819 Medical gas systems tubing.

Although tubes are supplied specially cleaned and capped ready for use, it is the duty of the installer that all regulations covering installation practices are complied with.

particular attention should be given to:1. Storage and handling.2. Site cleaning of tubes and components.3. pipeline gas purging during brazing.4. use of approved filler metals and fluxes.5. post brazing cleaning and visual inspection of all joints.6. Full compliance with pressure and containment testing before

final approval and use.

the methods used by crane enfield Metals for the cleaning and capping of medical grade copper tubing is a documented procedure under Quality Systems Standards AS3902-1987ASo 9002:1987, as covered by Licence No. 0590. the capping for Medical grade tubing is colour coded green and the ink marking includes “MeDicAL GAS”.

r410A rAted tubethe r410A rated copper tube is especially designed to comply with AS4041 pressure piping code. our r410A rated copper tube is capable of withstanding

working pressures of 4121 kpa when the refrigerant is operating at a temperature of 65°c, which is the recommended operating temperature as per AS/NZS 1677 refrigeration systems. the r410A rated copper tube is distinguished by rose colour capping and

“r410A rAteD” becomes part of the ink marking.

key for table page 15.07pSW = 2,000 x SD x tm D – tmSD = Maximum allowable design stress for annealed copper in mega pascalstm = Minimum thickness any point (mm)D = Maximum mean outside diameter (mm)

*Safe working pressures calculated for annealed copper.

interpolation of allowable design stress as defined by table d7 of As4041 for the below temperatures.

temperAture (°c) 50.0 55.0 60.0 65.0 70.0 75.0

SD (mpa) 41 38.6 36.83 35.55 34.63 34

June 201015.7

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copper tube For AircoNDitioNiNG & reFriGerAtioN

ANNeAleD coilNomiNAlkg/metre

*SAfe WorKiNg preSSure kpatrADeliNK

coDeSize (mm)x Wt

iNcHeSx SWg

50-75°cSD = 33.9

100-125°cSD = 32.7

150-175°cSD = 28

175-200°cSD = 21.9

4.8 x 0.91 3/16”x 20 0.098 13940 13450 11520 9000 0944384.8 x 0.71 3/16”x 22 0.081 10400 10040 8600 67004.8 x 0.56 3/16”x 24 0.066 7950 7600 6580 51006.4 x 1.22 1/4”x 18 0.176 14040 13540 11600 90006.4 x 0.91 1/4”x 20 0.139 9950 9595 8215 6400 0944406.4 x 0.71 1/4”x 22 0.113 7520 7250 6200 48506.4 x 0.56 1/4”x 24 0.091 5795 5640 4830 37757.9 x 0.91 5/16”x 20 0.18 7840 7580 6470 5060 0944447.9 x 0.71 5/16”x 22 0.144 5965 5750 4920 3850 0944437.9 x 0.56 5/16”x 24 0.116 4620 4450 3800 29809.5 x 0.91 3/8”x 20 0.221 6395 6170 5280 4100 0944469.5 x 0.71 3/8”x 22 0.176 4890 4700 4030 31509.5 x 0.56 3/8”x 24 0.141 3795 3660 3130 2450

12.7 x 0.91 1/2”x 20 0.302 4670 4500 3860 3020 09444912.7 x 0.81 1/2”x 21 0.271 4125 3980 3400 266512.7 x 0.71 1/2”x 22 0.239 3590 3460 2965 232012.7 x 0.56 1/2”x 24 0.191 2800 2700 2315 181015.9 x 1.02 5/8”x 19 0.426 09397015.9 x 0.91 5/8”x 20 0.383 3680 3550 3040 2380 09445215.9 x 0.81 5/8”x 21 0.343 3250 2140 2690 210015.9 x 0.71 5/8”x 22 0.303 2840 2740 2340 183015.9 x 0.56 5/8”x 24 0.241 2220 2144 1835 143519.1 x 1.22 3/4” x 18 0.611 09397119.1 x 0.91 3/4” x 20 0.464 3030 2930 2500 1960 09445519.1 x 0.71 3/4” x 22 0.366 2340 2260 1940 150022.2 x 0.91 7/8”x 20 0.545 2595 2500 2145 1670 094457

StrAigHt leNgtHS, H/D6.4 x 0.91 1/4”x 20 0.139 9950 9590 8200 6425 0943959.5 x 0.91 3/8”x 20 0.221 6395 6170 5280 4130 09439812.7 x 1.02 1/2”x 19 0.335 5280 5095 4360 3400 09440212.7 x 0.91 1/2”x 20 0.302 4670 4500 3860 3020 09440115.9 x 1.02 5/8”x 19 0.426 09265215.9 x 0.91 5/8”x 20 0.383 3680 3550 3040 2380 09440419.1 x 1.22 3/4”x 18 0.611 09265419.1 x 1.02 3/4”x 19 0.416 3420 3300 2825 2200 09440619.1 x 0.91 3/4”x 20 0.464 3035 2930 2500 1960 09440722.2 x 1.63 7/8” x 16 0.943 09440822.2 x 1.22 7/8” x 18 0.721 3525 3400 2900 2280 09440922.2 x 0.91 7/8” x 20 0.545 2600 2500 2145 1675 09441025.4 x 1.63 1”x 16 1.088 09729325.4 x 1.22 1”x 18 0.829 3060 2950 2530 1980 09441225.4 x 0.91 1”x 20 0.626 2260 2180 1865 1460 09441128.6 x 1.83 1 1/8” x 15 1.374 09265728.6 x 1.22 1 1/8” x 18 0.938 2700 2600 2235 1750 09441428.6 x 0.91 1 1/8” x 20 0.708 2000 1925 1650 1290 09441331.8 x 2.03 1 1/4”x 14 1.694 09729631.8 x 1.22 1 1/4”x 18 1.047 2425 2340 2000 1565 09443231.8 x 0.91 1 1/4”x 20 0.789 1970 1725 1480 1155 09443134.9 x 2.03 1 3/8”x 14 1.875 092658#34.9 x 1.63 1 3/8”x 16 09456634.9 x 1.22 1 3/8”x 18 1.156 2200 2125 1820 1450 09441534.9 x 0.91 1 3/8”x 20 0.87 1630 1570 1345 1050 09441638.1 x 1.22 1 1/2”x 18 1.265 2010 1940 1660 1300 09441838.1 x 0.91 1 1/2”x 20 0.951 1490 1435 1230 960 09441741.3 x 2.41 1 5/8”x 12.5 2.63 092659#41.3 x 1.63 1 5/8” x 16 09456741.3 x 1.22 1 5/8” x 18 1.373 1850 1785 1530 1195 09442041.3 x 0.91 1 5/8” x 20 1.032 1370 1320 1130 885 09441944.5 x 1.22 1 3/4”x 18 1.483 1700 1650 1415 1100 09442144.5 x 0.91 1 3/4”x 20 1.14 1270 1225 1050 82050.8 x 1.63 2”x 16 2.253 2015 1945 1665 130050.8 x 1.22 2”x 18 1.7 1495 1445 1235 965 09442550.8 x 0.91 2” x 20 1.276 1110 1070 915 715 09442454.0 x 1.63 2 1/8”x 16 2.398 1890 1825 1560 1220 09442154.0 x 1.22 2 1/8”x 18 1.809 1400 1350 1160 900 09442254.0 x 0.91 2 1/8”x 20 1.357 1045 1000 860 675 09442763.5 x 1.22 2 1/2” x 18 09475466.7 x 1.63 2 5/8” x 16 2.981 1520 1470 1260 98566.7 x 1.22 2 5/8” x 18 2.245 1135 1095 935 730 09442976.2 x 1.63 3”x 16 3.417 1330 1280 1100 860 094756101.6 x 1.63 4”x 16 4.581 990 955 820 640

bold typeface denotes r410A rated tube. # Denotes r410A tube requires safety shut off limit of 3800 kpa.


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SteeL pipeS to AS1074

product descriptionpipe, for general mechanical and low pressure recirculation applications. Manufactured by cold-forming process enhances the strength, hardness and surface finish of the pipe and produces product to tight dimensional tolerances.

Available in black, painted and galvanised finishes. the ends of the pipe are bevelled to remove any burrs and are available screwed on one or both ends in accordance with AS1074-1989.

specificAtionManufactured and tested to meet the requirements of the following specifications:

AS1450-1983 Steel tubes for Mechanical purposes (Grade c200 erW).

AS1163-1991 Structural Steel Hollow Sections (Grade c250).

AS1074-1989 Steel tubes and tubulars threaded or suitable for threading with pipe threads of witworth form.

mechAnicAl propertiesMinimum Yield Strength 250 (Mpa)Minimum tensile Strength 320 (Mpa)Minimum elongation in 5.65 √S 22 (%)

supply conditionsSurface Finish black/painted/GalvanisedStraightness }thickness } Dimension tolerance }Length tolerance +25mm/-0mmif tighter length tolerances are required, they must be specified at time of order.

length limitAtionsMin Length(20Nb-100Nb) black/painted 4.2m(125Nb-150Nb) black/painted 5.0m(20Nb-100Nb) Galvanised 4.5m(125Nb-150Nb) Galvanised 5.0m

mAx length(20Nb-40Nb) black/painted 8.0m(50Nb-100Nb) black/painted 12.0m(125Nb-150Nb) black/painted 13.0m(20Nb-150Nb) Galvanised 7.2m(125Nb-150Nb) Galvanised 12.0m

Weldingthe following consumables are recommended by AS1554.1-1985 when welding sections.

Manual metal-arc (MMAW) e41XX, e48XXGas metal-arc (MiG) (GMAW) W50X

gAlVAnisingManufactured and tested to meet the requirements of the following specification:

AS1650-1989 Galvanised coatingsMin. coating Mass: 300g/m2

coating Adherence: Adherence satisfactory when bent to radius 8 x diameter of pipe.

typicAl ApplicAtionsFire Sprinkler SystemsHandrailsScaffoldingtraffic Signs

refer to Aust. Standards

steel pipes to As1074

NomiNAlSizeDNmm

outSiDe DiAm.

Approx. mm

Steel tubeS tHicKNeSS Steel SocKetS

meD.mm

HVy.mm

miN oDmm

miNlgtH mm

6 10.3 2.0 2.6 15 19

8 13.5 2.3 2.9 18.5 27

10 17.2 2.3 2.9 22 28

15 21.3 2.6 3.2 27 37

20 26.9 2.6 3.2 32.5 39

25 33.7 3.2 4.0 39.5 46

32 42.4 3.2 4.0 49 51

40 48.3 3.2 4.0 56 51

50 60.3 3.6 4.5 68 60

65 76.1 3.6 4.5 84 69

80 88.9 4.0 4.8 98 75

100 114.3 4.5 5.4 124 87

125 139.7 4.8 5.4 151 96

150* 165.1 4.8 5.4 178 96

* Not standard.pipe lengths are available with plain, screwed or socketed ends.

June 201015.9

tube & pipe Steel pipeS to

AS1074

SteeL pipeS to AS1074

trAdelink steel pipes codes

NomiNAlpiN. Size

blAcK HeAVy AS1074

plAiN 6.5m

blAcK HeAVy 6.5m ASio74bSp mAle oNe eND

blAcK HeAVy ASio74

bSp mAle 6.5m

gAlV HeAVy ASio74

bSp mAle 6.5m

blAcK meDium ASio74

plAiN 6.5m

blAcK meDium 6.5m ASio74bSp mAle oNe eND

15 024212 024725 023275 024185 024175

20 024213 024203 024726 023276 024186 024176

25 024214 024204 024727 023277 024187 021477

32 024215 024205 024728 023278 024188 024178

40 024216 024206 024729 023279 024189 024179

50 024217 024730 023280 024190

65 024218 024731 023281 024191

80 024219 024732 023282 024192

100 024220 024733 023283 024193

125 024221 024734 023285 024194

150 024222 024735 023284 024195

200

NomiNAlpiN. Size

blAcK meDiumASio74

bSp mAle 6.5m

gAlV meDiumASio74

plAiN 6.5m

gAlV meDiumASio74

bSp mAle 6.5m

gAlV meDium AS1074

grooVeD eND 6.5m

blAcK ScH 40ANSi b36.10 SeAmleSS*

15 024473 023248 023260 024706

20 024474 023249 023261 024707

25 024475 023252 023262 024708

32 024476 023250 023263 024709

40 024477 023251 023264 024710

50 024478 023253 023265 024722

60 024479 023254 023266 024723

80 024480 023256 023267 023408 024724

100 024481 023257 023268 023410 024736

125 024482 023258 023270

150 024483 023259 023269 024737

200 024738

* butt-weld, per metre.

NomiNAl SizerANge

mAx. preSSure iN kpameDium & HeAVy

mAx. temperAtureiN DegreeS celciuS

meDium & HeAVy Scr/JoiNtS WelD/JoiNtS meDium HeAVy

DN 25 1206 1206 100°c 192°c

DN 32 & 40 1034 1206 100°c 192°c

DN 50, 65 & 80 861 1206 100°c 192°c

DN 100 689 1206 100°c 192°c

DN 150 *N.r. 1034 100°c 186°c

*N.r. denotes Not recommended.

As an approximate guide only, tubes to AS1074, when used for Steam Service, should be limited to the following Maximum pressures and temperatures.


tube

& p

ipe

Stee

l pi

peS

to A

NSi

b36

.10

SteeL pipeS to ANSi b36.10

steel pipes to Ansi b36.10

NomiNAl Size outSiDe

DiAmeter mm

NomiNAl WAll tHicKNeSS for WelDeD & SeAmleSS Steel pipe ANSi b36.10All dimensions are shown in millimetres

DN NpS Standard extraStrong

xxStrong

Sched10

Sched20

Sched30

Sched40

Sched60

Sched80

Sched100

Sched120

Sched140

Sched160

6 1/8 10.3 1.73 2.41

8 1/4 13.7 2.24 3.02

10 3/8 17.1 2.31 3.20

15 1/2 21.3 2.77 3.73 7.47 4.78

20 3/4 26.7 2.87 3.91 7.82 5.56

25 1 33.4 3.38 4.55 9.09 6.35

32 1¼ 42.2 3.56 4.85 9.70 6.35

40 1½ 48.3 3.68 5.08 10.15 7.14

50 2 60.3 3.91 5.54 11.07 8.74

65 2½ 73.0 5.16 7.01 14.02 9.53

80 3 88.9 5.49 7.62 15.24 11.13

90 3½ 101.6 5.74 8.08

100 4 114.3 6.02 8.56 17.12 11.13 13.49

125 5 141.3 6.55 9.53 19.05 12.70 15.88

150 6 168.3 7.11 10.97 21.95 14.72 18.26

200 8 219.1 8.18 12.70 22.23 6.35 7.04 10.31 15.09 18.26 20.62 23.01

250 10 273.1 9.27 12.70 25.40 6.35 7.80 XS 15.09 18.26 21.44 XXS 28.58

300 12 323.9 9.53 12.70 25.40 6.35 8.38 10.31 14.27 17.48 21.44 XXS 28.58 33.32

350 14 355.6 9.53 12.70 6.35 7.92 StdWt 11.13 15.09 19.05 23.83 27.79 31.75 35.71

400 16 406.4 9.53 12.70 6.35 7.92 StdWt XS 16.66 21.44 26.19 30.96 36.53 40.49

450 18 457 9.53 12.70 6.35 7.92 11.13 14.27 19.05 23.83 29.36 34.93 39.67 45.24

500 20 508 9.53 12.70 6.35 StdWt XS 15.09 20.62 26.19 32.54 38.10 44.45 50.05

550 22 559 9.53 12.70 6.35 StdWt XS - 22.23 28.58 34.93 41.28 47.63 53.98

600 24 610 9.53 12.70 6.35 StdWt 14.27 17.48 24.61 30.96 38.89 46.02 52.37 59.54

650 26 660 9.53 12.70 7.92 XS

700 28 711 9.53 12.70 7.92 XS 15.88

750 30 762 9.53 12.70 7.92 XS 15.88

800 32 813 9.53 12.70 7.92 XS 15.88 17.48

850 34 864 9.53 12.70 7.92 XS 15.88 17.48

900 36 914 9.53 12.70 7.92 XS 15.88 19.05

1050 42 1067 9.53 12.70

product descriptionWelded and seamless carbon steel pipes are generally available from 8mm to 600mm nominal diameter.

AlloWAble Working pressuresFor more information regarding allowable working pressures please refer to ASMe code for pressure piping b31.

typicAl ApplicAtionsAmerican standard pipes are suitable for a wide range of applications from mining industry through to the petroleum and chemical processing industries.

specificAtionseamless pipe Api 5L, 5LX AStM A53, A106, A120, A333, A335

electric-resistance Welded (e.r.W.) Api 5L, 5LX AStM A53, A120, A135, A252, A333, A500

uoe double submerged Arc Welded pipe Api 5L, 5LX & 5Lu AStM A53

butt-Weld pipe Api 5L GrADe A25 AStM A120 AStM A53 GrADe F

SAM

e AS

StA

NDA

rD W

t (S

td. W

t)

→

SAM

e AS

eXt

rA S

troN

G W

t (X

S)

→

→→

June 201015.11

tube & pipe StA

iNleSS Steel pipe

StAiNLeSS SteeL pipe

tAble 2 - schedule pipe - to Astm A312

ScHeDule NomiNAl boreinch mm oD

DimeNSioNSWt

mASSkg/m tHeoreticAl burStiNg preSSure

At AmbieNt temperAture

mpa (pSi)

Sch 10 ½ 15 21.34 2.11 1.00 102.2 (14825)

¾ 20 26.67 2.11 1.28 81.7 (11850)

1 25 33.40 2.77 2.09 85.8 (12450)

1¼ 32 42.16 2.77 2.73 67.9 (9850)

1½ 40 48.26 2.77 3.11 59.3 (8600)

2 50 60.33 2.77 3.93 47.4 (6875)

2½ 65 73.03 3.05 5.33 43.1 (6250)

3 80 88.90 3.05 6.45 35.5 (5150)

3½ 90 101.60 3.05 7.51 31.0 (4500)

Sch 40 ½ 15 21.34 2.77 1.27 134.3 (19475)

1 25 33.40 3.38 2.50 104.6 (15175)

1¼ 32 42.16 3.56 3.43 87.2 (12650)

1½ 40 48.26 3.68 4.05 78.9 (11450)

2 50 60.33 3.91 5.44 67.2 (9750)

* Safe working pressure is determined after allowing a suitable factor of safety based on type of line fluctuation. other Schedules available on request eg. Schedule 5.

liNe preSSure fluctuAtioN fActor of SAfety

Non present 5

Small & regular 8

prolonged & excessive 12

product rAngeStainless Steel pipe can be supplied on a standard lead time of 6 to 8 weeks ex-Mill in the austenitic grades tp304L, tp316 and tp316L. other grades available on request.

size rAngethe table below shows the typical size range available. other sizes up to 3½” ScHeDuLe 10 may be available. please enquire. Standard length is nominally 6.1 metres although other lengths can be made available to suit the customer needs.

tAble 1 - ApplicAtions & properties Austenitic

grADe ApplicAtioNS propertieS

cpD Stainless 304 brewing and dairy equipment, evaporators, heat exchangers, hospital equipment and refrigerator parts.

Suitable for use in certain equipment which operates under corrosive conditions. the low carbon content reduces the chance of intergranular corrosion caused by carbide precipitation.

cpD Stainless 304l chemical plant food processing equipment, and for use in coal and petroleum industry.

An extra low carbon austenitic stainless steel, with corrosion resistance similar to cpD Stainless 304, but with greater resistance to intergranular corrosion.can be heated for appreciable periods of time above 500 degrees c without the need for subsequent solution heat treatment. recommended where high heat input methods are used and subsequent solution heat treatment cannot be performed.

cpD Stainless 316 exterior applications subject to severe industrial or marine atmospheres; chemical, textile, photographic and papermaking equipment.

More resistant to certain corrosive conditions than the standard non-molybdenum bearing austenitic stainless steels. Suitable where protection is required from highly corrosive non-oxidising acids. is used for plant and equipment in chemical manufacture.

cpD Stainless 316l chemical plant and food processing equipment.

An extra low carbon modification for cpD Stainless 316, with similar corrosion resistance. intended for fabrication where welding without subsequent heat treatment is required. can be welded in heavy sections without the of intergranular corrosion (weld decay). Suitable for polishing to a bright finish as required for pharmaceutical and food processing equipment.


tube

& p

ipe

StA

iNle

SS S

teel

pip

e

StAiNLeSS SteeL pipetolerAncesWall thickness will be a minimum of nominal less 12.5%.

outside diameter up to 1½” Nb +0.4mm -0.8mm over 1½ +0.8mm -0.8mm

mArkingAll pipe will be marked in accordance with AStM A312 showing manufacturer, heat number, size, grade and condition.

finishthe pipe will be annealed in a controlled, slightly reduced atmosphere. because of this, the pipe will retain the lustre and smooth surface typical of a 2b finish. this will enable you to easily differentiate the genuine Australian made product, as imported pipe usually has a rougher white pickled finish. other finishes are available on request.

quAlity AssurAnceAll pipe will be manufactured to AStM A312, ensuring that strict manufacturing processes are followed.

Welding will be carried out using an automatic tiG welding process, with the weld area containing no filler metal and so ensuring the weld is at least as strong as the parent metal.

Subsequent annealing in a controlled atmosphere ensures properties of the weld and of the parent metal are similar. All pipe will be subject to mechanical and hydrostatic testing to ensure that all requirements of AStM A312 are met.

typicAl propertieS 304 304l 316 316l

cHemicAl ANAlySiS %

carbon 0.08max 0.035max 0.08max 0.035max

chrome 18-20 18-20 16-18 16-18

Nickel 8-11 8-13 10-14 10-15

Molybdenum 2-3 2-3

pHySicAl propertieS

1390 1390 1370 1370

Melting range °c 1450 1450 1400 1400

Density kg/m2/mm 8.03 8.03 8.03 8.03

Specific Heat (0-100°kJ/kg.K) 0.50 0.50 0.50 0.50

thermal conductivity 500°c (W/m.K) 21.5 21.5 21.0 21.0

Mean coefficient of thermal expansion 10.6/K (0-100°c) 17.3 17.3 16.0 16.0

Modulus of elasticity (Gpa) 20 20 20 20

tHermAl treAtmeNt °c

Max. intermittent } Scaling temp in Air 840 870 870 870

Max. continuous 900 930 930 930

Annealing range 980- 980- 980- 870-

(After Fabrication) 1070 1070 1070 1050

mecHANicAl propertieS(AmbieNt temperAture)

Yield Strength (Mpa) - min 205 170 205 170

ultimate Strength (Mpa) - min 515 485 515 485

% elogation (50mm) (longitudinal) - min 35 35 35 35

Hardness Hrb 90max 90max 90max 90max

* other Grades may be available on enquiry.

trAdelink industriAl blutcher stAinless steel pipe codes

Size 110mm

leNgtH x 0.25m x 0.5m x 1.0m x 1.5m x 2.0m

grade 304 024751 024752 024753 024754 024755

grade 316 024742 024743 024744 024745 024746

June 201015.13

tube & pipe StA

iNleSS Steel tu

be

StAiNLeSS SteeL tubeWelded tuberound welded tube is available in various grades, sizes, conditions and finishes as detailed below:

grAdesStainless steel tube can be supplied in the austenitic range, typically 301, 304, 304L, 316, 316L and 321 as well as the ferritic range, typically 409 and 444. titanium and high nickel alloy tube can also be produced.

sizesthe table opposite shows the typical size range. other sizes may be available - please enquire.

tube conditionsthe welding techniques employed result in tube with welds of at least equal strength to that of the parent material. by eliminating the use of filler wire, uniform chemical composition is maintained.

the normal characteristics of stainless steel, high strength to weight ratio, good ductility and excellent corrosion resistance can be further improved by bright annealing, cold working of the weld and cold drawing.

As Welded (AW)As welded tube receives no further treatment after forming and welding, it is used where limited manipulation is to be carried out. it has a smooth matt finish.

As Welded Annealed (AWA)bright annealing after welding increases corrosion resistance and softens the tube for severe manipulation such as bending, expanding and forming.

cold Worked (cW) and cold Worked Annealed (cWA)tube is available in cold worked (cW) and cold worked annealed (cWA) condition. in both conditions the weld area is subject to a mechanical forging process for grain refinement. cWA tube is then bright annealed, an economical alternative to fully welded drawn tube.

Welded drawn (Wd) and Welded drawn Annealed (WdA). by cold drawing tube in AWA or cWA conditions, fine dimensional tolerances are achieved, having excellent uniformity of wall thickness and concentricity, uniform grain structure and hardness. For maximum corrosion resistance this tube is supplied in the annealed (WDA) condition.

seamless (s)Stocks of seamless hollows can be obtained for re-drawing as required.

testingelectrical non-destructive testing is carried out on all welded tube products.

finishesthe natural metallic lustre of stainless steel, which remains during its extremely prolonged lifespan, can be further enhanced by polishing and buffing. this applies particularly in applications for decorative purposes. A number of polished finishes are available.

mill finish (mf)An off the mill finish: roll forming marks are retained and an indication of the weld may be visible.

buff polish (bp)A pleasing bright finish with medium lustre. traces of external weldline and roll marks can be visible.

surfline polish (s/l)A bright and reflective finish, just short of a mirror polish which may have traces of weldline markings.

gentubeSimilar to surfline polish but confined mainly to small diameter light wall tube.

grit polish (gp)produced by centreless belt polishing to the grit size specified by the customer, i.e. 60, 120, 180, 240, 320, 400. there are no roll or weldline markings.

satin polish (sp)Standard grit finish produced by polishing with 120 - 150 grit abrasive, and matches No. 4 finish. on square or rectangular tube the polishing pattern runs longitudinally.

internal polish (ip)internally grit polished tube in lengths of up to 6 metres for diameters of 38.1 to 101.6mm is available.

seAmless tuberound seamless tube is produced typically within the range of 6.4 mm to 76 mm outside diameter in 0.9 mm to 5.0 mm wall thickness.


tube

& p

ipe

StA

iNle

SS S

teel

tu

be

StAiNLeSS SteeL tubetolerAncesoff Weld milloutside diameter and wall thickness (measured 50mm from ends of tube).

outside diameter tolerance Wall thicknessup to 25.4 ±0.10 ±10%25.4 to 38.1 ±0.15 ±10% ofover 38.1 to under 50.8 ±0.20 ±10% Norm50.8 to under 63.5 ±0.25 ±10% Wt63.5 to under 76.2 ±0.30 ±10%76.2 to 101.6 ±0.38 ±10%

ovalityWithin tolerance field of outside diameters as shown above.

tolerance on lengthup to and including 12m length +25mm – 0mm.closer tolerances available subject to negotiation.

straightnessunless otherwise specified the tube shall have a straightness of 1 in 500.

Welded drawn tubeunless otherwise specified, welded drawn tube is manufactured to the dimensional tolerances of AStM A249.

random lengthsNormal orders (unless otherwise specified) will be supplied as random lengths e.g. 95% will be 6m lengths remainder any length under 6m with a minimum length of 4m.

Weight conversion formulasAustenitic: (Dia. – Wt.) X Wt. X 0.02468Ferritic: (Dia. –.Wt.).X.Wt. X.0.02425

trAdelink industriAl stAinless steel tube

Size 6.35 12.70 15.88 19.05 22.23 25.04 31.75

316 AWA Annealed 1.6mm mtr 034972 034973

304 AWp polished 1.6mm mtr 025906 025907 025908 025909 025910 025911

316 AWp polished 1.6mm mtr 025890 025891 025892 025893 025894 025895

304 food Spec cWp 1.6mm mtr 025500

316 food Spec cWp 1.6mm mtr 025530

316 Spiral AW 1.6mm mtr

Size 38.10 50.80 63.50 76.20 101.60 152.40

316 AWA Annealed 1.6mm mtr 034974

304 AWp polished 1.6mm mtr 025912 025913 025914 025915 025916

316 AWp polished 1.6mm mtr 025896 025897 025898 025899 025900

304 food Spec cWp 1.6mm mtr 025522 025524 025526 025528 025529

316 food Spec cWp 1.6mm mtr 025531 025532 025534 025536 025538

316 Spiral AW 1.6mm mtr 034971

June 201015.15

tube & pipe StA

iNleSS Steel tu

be

StAiNLeSS SteeL tuberound Welded tube - typicAl size rAnge

NomiNAl WAll tHicKNeSStube

coNDitioNAVAilAble

mm 0.5 0.6 0.7 0.9 1.2 1.6 2.0 2.6 3.2

ins .020 .024 .028 .036 .048 .064 .080 .104 .128

Swg 25 23 22 20 18 16 14 12 10

NomiNAl outSiDe DiAmeter

mm ins

9.53 3/8 AW

12.70 1/2 AWA

15.88 5/8

19.05 3/4 X X

22.23 7/8 X X

25.40 1 X X

31.75 11/4 X X

34.93 13/8 AW

38.10 11/2 X X AWA

41.28 15/8 cW

44.45 13/4 cWA

47.63 17/8

50.80 2 X X

63.50 21/2

76.20 3

88.90 31/2

101.60 4

preffered 304 and 316 grade sizes in regular production.

Standard production range.

X


tube

& p

ipe

StA

iNle

SS S

teel

tu

be

StAiNLeSS SteeL tubeAstm specificAtions

AStm SpecificAtioNS ApplicAtioN feAtureS AND coNDitioNS

A269 Seamless and welded austenitic stainless steel tubing for general service

For general corrosion resistance and low or high temperature service

Average wall dimensions. AWA. cWA. S*

A268 Seamless and welded ferritic stainless steel tubing for general service

For general corrosion resistance and high temperature service

Average wall dimesnions. AWA. cWA. S*

A554Welded stainless steel mechanical tubing For mechanical applications where

appearance, mechanical properties or corrosion resistance is needed

round, square, rectangular or special shapes, austenitic or ferritic alloys, polished, if specified. AW. AWA. cW. cWA

A270 Seamless and welded austenitic stainless steel sanitary tubing

For use in food and dairy industry tYpe 304 only, average wall dimensions. AWA. S* (surface finish to be specified)

A249 Welded austenitic steel boiler, superheater, heat exchanger and condenser tubes

For superheaters and heat exchangers Average wall dimensions. cWA. WDA

A688 Welded austenitic stainless steel feedwater heater tubes

For feedwater heater tubes including those bent, if specified, into the form of u-tubes

Average wall dimensions 15.9 to 25.4mm o.D. range. cWA. WDA.

A312Seamless and welded austenitic stainless steel pipe

For general and high temperature service Nominal bore pipe sizes and schedule number, or o.D. and average wall thickness. AWA. cWA. WDA. S*

A789Seamless and welded ferritic and austenitic alloy steel boiler, superheater and heat exchanger tube

For general service with particular emphasis on resistance to stress corrosion cracking

Average wall dimensions. AWA. cWA. S*

A213 Seamless ferritic and austenitic alloy steel boiler, superheater and heat exchanger tube

boilers, superheaters, heat exchangers Minimum wall thickness dimensions. S*

b338Seamless and welded titanium and titanium alloy tubes for condensers and heat exchanges

For use in surface evaporators and heat exchangers

S* Seamless tube or pipe.

AStM and ASMe tube users may find reference to some of the above specification numbers prefixed by an ‘S’ e.g. ‘SA249’. the presence of the ‘S’ means that the specification is an ASMe specification similar to (but not always the same as) the AStM specification of the same number. AStM - American Society for testing & Materials ASMe - American Society of Mechanical engineers. Lysaght tube can be produced to either specification.

June 201015.17

tube & pipe upVc preSSu

re pipe

upVc preSSure pipe

trAdelink industriAl upVc pressure pipe codes

NomiNAl DiAmeter

(mm)Size

pVc pipeclASS 4.5SolVeNt

WelD AS14776m StrAigHt

pVc pipe clASS 6SolVeNt










15 011713 011723

20 011703 011714 011724

25 011694 011704 011715 011725

32 011695 011705 011716 011726

40 011686 011796 011706 011717 011727

50 011687 011697 011707 011718 011728

65 011688 011698 011708 011719 011729

80 011680 011689 011699 011709 011730

100 011681 011690 011700 011710 011721 011731

125 011684 011702

150 011682 011691 011701 011711 011732

May be available in cut metre lengths. May be available in rubber ring joint instead of solvent weld.

NomiNAl DiAmeter

(mm) preSSure clASS

15 15 18

20 12 15 18

25 9 12 15 18

32 9 12 15 18

40 6 9 12 15 18

50 6 9 12 15 18

65 4.5 6 9 12 15 18

80 4.5 6 9 12 15 18

100 4.5 6 9 12 15 18

125 4.5 6 9 12

150 4.5 6 9 12 15 18

195 (8”) 4.5 6 9 12

225 4.5 6 9 12

unplasticised polyvinyl chloride (upVc) pressure pipe and fittings are provided with solvent weld and bSp threaded joints; typical upVc applications include potable water supply and distribution; industrial process water systems; irrigation systems; Sewer rising mains and discharge lines.

ppSo upVc pressure pipe solvent weld joint to AS 1477-1988


tube

& p

ipe

perm

Api

pe

perMApipepre-insulAted piping systemsoffers flexibility in inner pipe to outer casing combinations to virtually produce any insulation thickness required. (When ordering please specify inner pipe and outer casing size).

the heart of pre-insulated piping is without a doubt the integrity of the polyurethane ie. minimum density requirements and positive displacement of any possible air pockets within the insulation.

the process involves the injection of the polyurethane using the "one shot" method. this method has proven to be extremely consistent.

insulation on both permapipe Above Ground AG and under Ground uG systems is a machine injected MDi (Methylene Di-isocynate) based rigid polyurethane foam.

propertiesDensity 70 kg/m3

K Value 0.023 W/m 0KWater permeability 1-4 perm/incompressive Strength 70-90 psi

AboVe ground systempermapipe AG utilises a choice of outer casing material. the standard being 0.6mm thick Galvabond spirally lockseamed into a tube of required diameter.

Also available are: • Powder coated Galv. • BHP Colourbond • Stainless Steel

* For these specials, minimum runs apply.

outer case diameters start at 75mm and increase in 25mm increments up to 500mm.

reinstAtement of Joints Ag systemAchieved by installing a sheetmetal sleeve around straights joints (or a ‘lobster back’ casing around elbows and a sheetmetal ‘tee’ piece around tees). these have a pouring hole and two 3mm holes for air release cut in the casing. the correct amount of polyurethane two pack is mixed and poured into the pouring hole. When foaming approaches the pouring hole this is sealed with tape. When the cavity is completely filled the foam will extrude from the air holes. the pouring hole is covered with a sheetmetal disc and pop rivets are inserted in the air holes.

under ground systempermapipe uG utilises an outer casing manufactured from HDpe it is uV stabilised to prevent degradation in direct sunlight.

the casing used is substantially thicker than similar imported products. this ensures that possible physical damage due to transport, installation of back-filling is reduced considerably.

outer casing sizes available (mm):90 110 140 200 225 250 280 315 355 400

reinstAtement of Joints ug systemAchieved by the same method as the AG system with the addition of a heat-shrinkable polythene/bitumen wraparound on the straight joints. the bends and tees utilise a primer on sheetmetal, and a vinyl backed bitumen tape wrapover to exclude possible moisture entry.

Documents

TUBE & PIPE