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Product Catalogueand Technical Specifications Single largest source in the Middle East for all types of wire mesh, perforated and filteration products, pressure vessels internals

WelcomeQuality Wire Products CompanyQuality Wire Products Co W.L.L is one of the single largestsources in the Middle East for supply of wire mesh relatedproducts. We offer a complete range of wire mesh andperforated sheet products which are used in the separation;insulation and industrial application.With variety of products offered under one roof we have thepride to inform our traders/partners to open stores to stockand sell only our line of products.With stocks and inventories of finished goods valued more than5Million dollars and with complete line of products enclosedabove we can ship a consolidated order in a container witheach line of products in small quantity there by reducing thetransportation/shipping cost and maintain minimum stocklevel at the customer stores. This concept has become verysuccessful and with this concept we are exporting our productsto more than 20 countries and we are proud to say that wehave become the single largest source to supply all types ofwire mesh products under one roof.

ContentsProduct Catalogueand Technical SpecificationsQuality Wire ProductsMist Eliminators 04Wedge Wire Screens 07Industrial Gratings 08To w e r P a c k i n g s 09Structured Packings 10Strainers 11Coalescers 12Perforated Sheets 14Wire Mesh 17Hexagonal Pipe Winding Mesh 22

MIST ELIMINATORS '(0,67(53$'60,67(56&5((16 QWP CS TYPE 8>74PZ[,SPTPUH[VY:WLJPÄJH[PVUZ¶:[HPUSLZZ:[LLS(SS.YHKLZ (Custom Made) QWP Type Density Kg/m3 Wire Surface Wire dia. mm Free Volume%2Q PDQ\ FDVHV 7HƠRQ Area m2/m3Polypropylene and Polyester Type : 1 75 0.25 to 0.28 99PRQR PXOWLƟODPHQWGHPLVWHUV Type : 2 80 135 to 150 0.25 to 0.28 99are made upon special request Type : 2A 80 142 to 160 0.15 to 0.16 99from the customers. Mesh Pad Type : 3 110 250 to 268 0.25 to 0.28 98.6'HQVLW\ 6XUIDFH DUHD DQG IUHH Type : 3A 110 196 to 220 0.15 to 0.16 98.6volume will be provided upon Type : 4 128 343 to366 0.25 to 0.28 98.4request. These type of meshes Type : 4A 128 228 to 256 0.15 to 0.16 98.4DUH FDOOHG 4:3&6 7\SH &6 Type : 4B 136 400 to 426 0.25 to 0.28 98.4stands for Custom made) Type : 4C 120 228 to 256 0.25 to 0.28 98.5 Type : 5 144 214 to 240 0.25 to 0.28 98.2 Type : 5A 150 257 to 288 0.25 to 0.28 98.125 Type : 5B 150 267 to 300 0.15 to 0.16 98.125 Type : 5B 160 468 to 500 0.25 to 0.28 98.0 Type : 6 173 285 to 3200 0.24 to 0.28 97.8 Type : 6A 175 308 to 360 0.24 to 0.28 97.8 Type : 7 193 312 to 350 0.25 to 0.28 97.58 Type : 7A 193 344 to 386 0.15 to 0.16 97.58 Type : 7B 195 603 to 643 0.25 to 0.28 97.56 Type : 7C 195 348 to 390 0.15 to 0.16 97.56 Type : 7D 191 609 to 650 0.25 to 0.28 97.62 Type : 8 214 341 to 382 0.25 to 0.30 97.325 Type : 8A 232 382 to 428 0.25 to 0.28 97.10 Type : 8B 232 414 to 464 0.25 to 0.28 97.10 Type : 9 320 414 to 464 0.17 to 0.18 96 Type : 10 350 888 to 950 0.135 to 0.15 95.625 Type : 11 220 1166 to 1300 0.12 to 0.125 97.25 910 to 920 8>74PZ[,SPTPUH[VY:WLJPÄJH[PVUZ¶4VULS.YHKLZ QWP Type Density Kg/m3 Wire Surface Wire dia. mm Free Volume % Area m2/m3 Type : 1M 80 0.25 to 0.28 99.10 Type : 2M 110 129 to 145 0.25 to 0.28 98.75 Type : 3M 128 178 to 200 0.25 to 0.28 98.54 Type : 4M 144 207 to 232 0.25 to 0.28 98.36 Type : 5M 173 233 to 261 0.24 to 0.28 98.03 Type : 6M 193 280 to 314 0.25 to 0.28 97.80 Type : 7M 214 313 to 350 0.25 to 0.28 97.56 355 to 389 :[HUKHYK.YPK:WLJPÄJH[PVUZ  .YPK:WLJPÄJH[PVUZ Width mm Thickness mm Material -SH[)HY:WLJPÄJH[PVUZ 15 to 50 MM 2.0MM to 6MM Same as Mist Eliminator Type 9VK:WLJPÄJH[PVU Round 4.0MM to 10MM Same as Mist Eliminator Type Standard Material of Construction for Mist Eliminators: 0LVW (OLPLQDWRUV DUH PDQXIDFWXUHG LQ DOO JUDGHV RI 6WDLQOHVV 6WHHO  DQG other special alloy like Monel; Inconel; Alloy 20; Hastealloy & Titanium. Typical Mist Eliminator Fastener Details: 7LH:LUH-%ROWV,%ROWV&OHDWVDQG/$QJOHV

MIST ELIMINATORS 5 VANE TYPE 8>7=HUL[`WL4PZ[,SPTPUH[VY:WLJPÄJH[PVUZQwp type App. Surface Voidage Ht Pass Hooks Spacing Sheet F Dp Approx max Density area % (mm) No. 10mm mm Thk. (m.K.S.) (mmw) achievable V-1 (mm) 2500 k/h/ eff.(%) 9 Kg/cm S.M./cm 98.3  3 1R 38 For F For10m V-3   3 <HV 38  sm V-3.1     4 1R   14  9 184 91  190 3 1R   3.4   V-4  103  4 1R   3.4   V-4.1  101   4 <HV  1.0 3.4 13    190 3 <HV   3.4 9  139   33 93 9   3.4  84 9 3.4 9  9 104  93.4   1R 10  3.4  99 V-10 140    4 1R      V-10.1 104  98.3  4 <HV      140    3 1R   13  384  98.3  3 <HV      384   3 1R   3.8   190   3 <HV      190  9(>4(;,90(3-69=(5,;@7,40:;,30405(;69: Stainless Carbon steel Monel 400 Inconel all Poly steel all grade grades propylene grades 7HÁRQ 1RQPHWDOOLFW\SH $OOR\ 7LWDQLXP +DVWHOOR\ RAW MATERIAL FOR VANE TYPE MIST ELIMINATORS 7KUHDGHG -EROWVDQG 2SWLRQDO PQXWVWR PP EDUIURP ,EROWV SHUIRUDWHG PQXWV VSDFHUV PPWR SODWHVRQWRS WRPP PP VSDFHUV

MIST ELIMINATORS DEMISTER PADS - MISTER SCREENSMIST ELIMINATOR INSTALLATION MANUAL:Mist Eliminator/Demister Pads are manufactured and supplied in segments with gridsbuild over the pads. The segments are installed inside the equipments/vessel as perthe drawings and we hereby provide the basic procedure for the demisters. Installationis divided into two parts whereby one is fastening method and the other is supportarrangements.Fastening Methods: 1. Fastening Method -Tie Wire:Metal wire is supplied with the mist eliminator to secure it to the ring. This is one of thesimplest and most common methods where there is a base support like angle or beamand the unit is installed from the bottom or inlet side. The above method requires holesof approximately 6MM diameter to be drilled in the support on approximately 100MM to00FHQWHUV,QWKHFRUUHFWSRVLWLRQWLHHDFKRQHE\IRXUSODFHE\SDVVLQJDSLHFHRIwire over the grid and through a hole into the ring. Twist the end of the tie wire and bendthem to prevent injury. 2. Fastening Method – J Bolts:-%ROWVDUHDOVRXVHGLQLQVWDOODWLRQVZKHUH\RXKDYHLPPHGLDWHDFFHVVWRWKHVXSSRUWWRWKHVXSSRUWULQJ)RXU-EROWVSHUVHJPHQWDUHUHTXLUHG7KHPRVWFRPPRQVL]HVDUH00and 9MM. They produced a more secure support than tie wire and are typically used inDSSOLFDWLRQVZKHUHWKHLQVWDOODWLRQLVUHTXLUHGWREHYHU\ƟUP7KHUHDUHWZRZD\VWRXVH-%ROWV7KH\FDQSDVVGLUHFWO\WKURXJKKROHVLQWKHVXSSRUWULQJRUWKURXJKDFODPSWKDWFDWFKHVWKHVXSSRUWULQJ,QERWKFDVHVWKH-SRUWLRQRIWKH%ROWVKROGVWRWKHJULGDQGLVtightened from the bottom by using nuts. 3. Fastening Method – I Bolts:,QVRPHDSSOLFDWLRQV,%ROWDUHXVHGţ,%ROWŤDVVHPEO\FRQVLVWVRIDSLSHVOHHYHW\SLFDOO\two or four per segment depending on customer request) inserted through the misteliminator and located around the grid just above the support ring. When the segmentsDUHLQVWDOOHGKROHVDUHGULOOHGRYHUWKHVXSSRUWULQJXVLQJWKHVOHHYHVWRPDUNWKHFRUUHFWORFDWLRQ 6SHFLƟHG VL]H EROWV WKH ,%ROWV  DUH LQVWDOOHG WKURXJK WKH SLSH VOHHYHV DQGVXSSRUWVDQGIDVWHQHGZLWKWZRQXWVSupport Arrangements:Three types of support arrangement are used most commonly depending upon theGLDPHWHURUVL]HRIWKHPHVKSDGDVIROORZV 1. Support Systems – Support Ring:7ZRVXSSRUWVFRQVLVWRIWZRULQJVRQHRQHLWKHUVLGHRIWKHPHVKSDGXQLWEHLQJLQVWDOOHG7KLV LV D FRPPRQ PHWKRG WR KROG D PLVW HOLPLQDWRU IRU YHUWLFDO RU KRUL]RQWDO PHVK SDGlocations. A two support ring arrangement has removable segments on the side of thePDQZD\ WKDW DUH EROWHG EDFN LQ SODFH DIWHU WKH ODVW PLVW HOLPLQDWRU LV LQVWDOOHG ,I WKHGLDPHWHURIWKHPHVKSDGLVVPDOOWKHQVXSSRUWULQJLQWKHFLUFXPIHUHQFHLVVXƸFLHQWWRhold the demister. Max dia will be 1000MM whereby mist eliminator can be installed withonly support ring. 2. Angle Support:Angles are mostly used for holding the demisters if the diameter of the mesh pad isbetween 1000MM to 3000MM. Angles are welded to the vessel on top and bottom atcertain intervals to hold the demister in the same level. Angle support are used alongwith support ring arrangements. 3. Support Systems – I Beam:,Ş%HDPRUFKDQQHO+ROG'RZQ%HDPVDUHPRVWO\XVHGIRULQVWDOODWLRQVSHUIRUPHGIURPthe top and they run vertical to the mist eliminator segments. Hold – Down beams canbe bolted to cleats on the vessel wall just above the Mist eliminator once the unit is inplace. If the diameter of the mesh pad is big say above 3000MM then apart from supportring (on the circumference) centre support beam is also required to hold the demister. 4. Special Supports Arrangements:Apart from general support arrangements some unit requires special mist eliminatorsupporting systems and enclosed typical drawing of the same.

WEDGE WIRE SCREENS 7 >,+.,>09,:7,*0-0*(;065:Number Width in mm Height in mm Angle Min. slot Opening mm Q – 30 0.75 1.30 á Minimum slot Q - 43 1.10 2.20 á opening @ Q - 63 1.52 2.54 á ±0.05MM Q - 80 2.00 4.15 á Q - 90 2.26 3.53 á Q - 109 2.82 4.45 á Q - 128 3.00 5.60 á Q - 133 3.35 6.20 á Q - 138 3.50 6.60 á Q - 155 3.90 6.81 áStandard Construction Axial Wire Construction Channel Rod ConstructionInternal Circumferential Wire Construction Internal Axial Wire Construction Inverted Wire Construction WEDGE WIRE SCREENS: :HGJH :LUH 6FUHHQV DUH PDQXIDFWXUHG E\ 7ULDQJXODU ZLUHV ULJLGO\ ZHOGHG WR URGV RU ƠDW EDUV WR IRUP D SUHFLVH RSHQLQJ 7KHVH IDEULFDWHG VFUHHQV RƷHU QDUURZ RSHQLQJ with high strength which normal wire mesh screens FDQQRWRƷHU CONSTRUCTION: :HGJH ZLUH VFUHHQ DUH RƷHUHG LQ QRUPDO FRQVWUXFWLRQ and inverted construction. The total thickness of the construction is calculated as follows. 7  3URƟOH :LUH +HLJKW 6XSSRUW +HLJKW ,00  ZHOGLQJ penetration Wedge Wire Screens are used as: Ũ/LTXLG6ROLGV6HSDUDWLRQ Ũ6ROLG5HPRYDO)URP3URFHVV:DVWHZDWHU Ũ6DOW:DWHU,QWDNH6FUHHQV )LEHU5HPRYDO6FUHHQV Ũ&\OLQGHUIRU5RWDU\6FUHHQV Ũ5HFRYHULQJ6ROLGV 3XOSV7KLFNHQLQJ$SSOLFDWLRQV Ũ+HDY\0HGLD5HFRYHU\ 3URGXFW'HZDWHULQJ6FUHHQV Ũ6LHYH%HQG6FUHHQV ,QOLQH6WUDLQHUV Ũ5HVLQ7UDSV 3UHVVXUH6FUHHQV Ũ6WUDLQHUVIRU3XPSVRU&RPSUHVVRU3URWHFWLRQ Ũ6XSSRUW*ULG)RU8QLIRUP)OXLG&ROOHFWLRQ,Q)LOWHU Ũ+XE +HDGHU/DWHUDO6FUHHQV6\VWHPV Ũ1R]]OHVIRU7XEH6KHHWV Ũ8SƠRZ&ODULƟHUV*UDYLW\)LOWHUV8QGHU'UDLQ6\VWHPV

INDUSTRIAL GRATINGSINDUSTRIAL GRATINGS: piece constructed panel. The bearing bars4XDOLW\ :LUH 3URGXFWV &R :// RƷHUV DOO are automatically resistance welded at theW\SHVRIVWHHOJUDWLQJVDQGVWDLUWUHDGVWDLORU contact point with the cross bars and undermade to exact requirement for all industrial a combination of high heat and pressureSURGXFWV DQG IDFLOLWLHV LQ DOO ƟHOGV VXFK DV are fused together to form a permanent3HWURFKHPLFDO SODQWV 3RZHU 3ODQWV 6WHHO joint. The cross bars provide a high degree3ODQWV 5HƟQHULHV &HPHQW )DFWRULHV 6WHHO RIULJLGLW\\HWUHWDLQDVPRRWKƠDWVXUIDFHIRU0LOOV+LJK5LVLQJ7RZHUVHWF free and easy walking. Quality Wire Products &R :// RƷHUV D JUDWLQJV LQ VWDLQOHVV VWHHO:HOGHG6WHHO%DU*UDWLQJLVWKHPRVWSRSXODU DQG DOO RWKHU KLJK HQG DOOR\V OLNH 0RQHORI DOO JUDWLQJ W\SHV GXH WR LWV VWUHQJWK FRVW ZLWK GLƷHUHQW RSHQLQJV RI FURVV EDU DQGHƷHFWLYHSURGXFWLRQDQGHDV\IRULQVWDOODWLRQ bearing bar typically to suit the individualWorld wide in most general industrial plants requirement of the customers.DV ZHOO DV FRPPHUFLDO ORFDWLRQV LW KDV ZLGHDSSOLFDWLRQV DV ZDONZD\V SODWIRUPV VDIHW\ 4XDOLW\ :LUH 3URGXFWV &R :// RƷHUVEDUULHUV GUDLQDJH FRYHUV DQG YHQWLODWLRQ gratings suitable for pressure vessel industrygrates. and special process and engineering calculations are done based on theIt is also ideal for use as decking since it customer requirements and gratings can besupports the same loads as compared to designed based on process information.VROLG ƠRRULQJ 8VDJH RI *UDWLQJV PD[LPL]HVWKH FLUFXODWLRQ RI DLU OLJKW KHDW ZDWHU DQG *UDWLQJ$YDLODEOHLQWKHIROORZLQJ0DWHULDOVVRXQGZKLOHLWSURYLGHDFOHDQHQYLURQPHQW 0LOG 6WHHO +RW 'LS *DOYDQL]HG 6WDLQOHVV6WDQGDUG SDQHOV DUH DYDLODEOH LQ ZLGWKV 6WHHO $OO *UDGHV 0RQHO DQG RWKHU 6SHFLDORI š š RU š:HOGHG VWHHO EDU JUDWLQJ LV Alloys.UHVLVWDQFH ZHOGHG WR FUHDWH D UXJJHG RQH:[HUKHYK:WLJPÄJH[PVUZMVY:[LLS.YH[PUNZPU 4PSK:[LLSHUK.HS]HUPaLKBar Size Bearing Cross Bar Size Bearing Cross DxW Bar Bar DxW Bar Bar (mm) (mm) Spacing Spacing Spacing Spacing 20 x 3 30 100 55 x 4 /5 30 100 25 x 3 30 100 60 x 4 /5 30 100 30 x 3 30 100 20 x 4 /5 30 35 x 3 30 100 25 x 4 /5 30 5020 x 4 /5 30 100 30 x 4 /5 30 5025 x 4 /5 30 100 35 x 4 /5 30 5030 x 4 /5 30 100 50 x 4 /5 30 5035 x 4 /5 30 100 50 x 4 /5 30 5050 x 4 /5 30 100 55 x 4 /5 30 5050 x 4 /5 30 100 60 x 4 /5 30 50 50 *\Z[VT4HKL.YH[PUNBar Size D X W (mm) Bearing Bar Spacing Cross Bar Spacing 10 to 60 X 2 to 6 30 - 100 25 - 100

TOWER PACKINGS 9TOWER PACKINGS AND STRUCTURED PACKINGS:4XDOLW\ :LUH RƷHU WKH IROORZLQJ SDFNLQJ LQWHUQDOV ZKLFK DUH XVHG LQ WKH UHƟQHU\ DQG JDVprocessing industry and mass transfer applications.QWP Progressive Metal Packing:Quality Wire Progressive Metal Packing (QWPMP) is made of metal sheets and give the bestSHUIRUPDQFH ZLWK UHODWLRQ WR ORZ SUHVVXUH GURS DQG KLJK HƸFLHQF\ 7KHVH 3DFNLQJV DUHmade in progressive die tool with complete precision to ensure the best quality. Common6L]HV $YDLODEOH LV       7KHVH UDQGRP 3DFNLQJV DYDLODEOH LQ YDULRXV PHWDOVVXFK DV FDUERQ VWHHO 6WDLQOHVV 6WHHO DOO JUDGHV DQG RWKHU VSHFLDO DOOR\ VWHHO JUDGHV 7KHbelow Packings are equivalent to other international brand types. Type Piece Density Surface Area Void age Approx Bulk Pcs/M3 M2/M3 % Weight Kg/M3QWPMPI -15QWPMPI - 25 347500 291.3 95.60 280 to 284 Kg/M3QWPMPI - 40 135000 225.8 96.60 222 to 226 Kg/M3QWPMPI - 50 150.8 97.70 151 to 155 Kg/M3QWPMPI - 70 50000 164 to 168 Kg/M3 15000 100 98 138 to144 Kg/M3 690 98.50 4625QWP Q – PAK Metal Packing:43DNLVRQFHDJDLQDSURJUHVVLYHGLHWRROSURGXFWVDQG43DNLVDQH[FHOOHQWLPSURYLVDWLRQRI WKH WUDGLWLRQDO SDOO ULQJV DQG LV FRQVLGHUHG WR EH WKH PRVW HƸFLHQW ULQJ W\SH SDFNLQJWith more numbers of internal strips the interactive area increases for gas liquid contactVR WKHVH W\SH RI ULQJV PDLQWDLQV WKH HƸFLHQF\ RI SDFNLQJ ZKHQ FRPSDUHG WR QRUPDO SDOOULQJV:LWKWKHVDPHHƸFLHQF\LWJLYHVORZHUSUHVVXUHGURSWKDQSDOOULQJ'XHWRWKHVSHFLDOGHVLJQWKHWKLFNQHVVRIWKHULQJVDUHUHGXFHGUHGXFLQJLQYHVWPHQWFRVWZKLOHUHSODFLQJSDOOrings with the same. Type Piece Density Surface Area Void age Approx Bulk Pcs/M3 M2/M3 % Weight Kg/M3 QWPQ-PAK1- 30MMQWPQ-PAK1.5-45MM 30000 171.9 96.5 260 to 264 Kg/M3 QWPQ- PAK2-60MM 9400 118.03 97.04 178 to 282 Kg/M3 QWPQ- PAK3-90MM 3870 84.10 97.4 158 to 164 Kg/M3 1100 57.10 97.7 178 to 184 Kg/M3QWP PALL RINGS:7UDGLWLRQDO 3DOO 5LQJV DUH VLPSOH ULQJV ZLWK QR LQWHUQDO VWULSV PRVWO\ XVHG DV UHSODFHPHQWWROOV 7KH\ DUH DYDLODEOH LQ PHWDO SODVWLF DG FHUDPLF ,Q PRVW DSSOLFDWLRQV WKHVH ULQJV DUHUHSODFHE\LQWHUQDOVWULSVULQJV43DN GXHWREHWWHUSHUIRUPDQFH7KHVHULQJVDUHXVHGLQthe heat transfer applications; absorbers and scrubbing and stripper application. Type Piece Density Surface Area Void age Approx Bulk Pcs/M3 M2/M3 % Weight Kg/M3QWPQ-Pall Ring 16MMQWPQ-Pall Ring 25MM 214000 344.20 93.10 530 to 540 Kg/M3QWPQ-Pall Ring 38MMQWPQ-Pall Ring 50MM 51000 206.70 94.80 322 to 328 Kg/M3 14300 130.40 96.08 205 to 210 Kg/M3 6500 102.10 95.90 195 to 200 Kg/M3QWP Carbon Raschig Rings:5DVFKLJ5LQJVDUHPDGHIURP&DUERQRU*UDSKLWHXVHGLQVSHFLƟFDSSOLFDWLRQVWRZLWKVWDQGgood corrosion and thermal shock resistance. They are resistant to most acids; alkalis andsolvents at high temperature and also display good erosion and thermal stock resistance.At the same time they have high crushing strength thus have a long life. They are availableLQYDULDEOHVL]HVVXFKDV000000 00

STRUCTURED PACKINGS STRUCTURED PACKING FOR sheets with thickness range from 0.10MM DISTILLATION COLUMNS: WR 00 WKLQ VWULSV DUH NQXUOHG WR IRUP D rough surface on single or both the sides and4:3 0$.( 6758&785(' 3$&.,1*6 DUH then further perforated for the liquids to drainHƷHFWLYHO\ XVHG IRU VHSDUDWLRQ DSSOLFDWLRQ WKURXJK WKH KROHV DQG ƟQDOO\ FRUUXJDWHG LQin the gas processing plants; Chemical rRUrRULQFXUYHGVKDSHDFFRUGLQJWRWKH3URFHVVLQJ ,QGXVWULHV  LQ WKH 2LO  *DV process requirements. QWP Make structuredindustries typically for separation applications. 3DFNLQJVDUHIDEULFDWHGIURP00,QFK  dia to 8000MM dia (315Inches) dia withTwo Types of structured Packing's are most each segment thickness from 150MM toused common packing and below are the 250MM and made in segments suitable todetails. SDVVWKURXJKWKHPDQKROH6HYHUDOVHJPHQWV are installed inside the columns with eachMetal Structured Packing:- VHJPHQW LQVWDOOHG H[DFWO\ DW r RSSRVLWHŨ :LUH0HVK*DX]H6WUXFWXUHG3DFNLQJ direction inside the columns for the bestŨ 6KHHW PHWDO 6WUXFWXUHG 3DFNLQJ LQ &DUERQ performance. 6WHHO Supports/Gratings:Ũ 6KHHW0HWDO6WUXFWXUHG3DFNLQJLQ6WDLQOHVV QWP Make structured Packing's are installed together with QWP Make support gratings 6WHHO PDGH RXW RI ƠDW EDU H[SDQGHG PHWDO RUŨ 6KHHW 0HWDO 6WUXFWXUHG 3DFNLQJ LQ 1LFNHO perforated sheet or with QWP Make wedge wire screen. Wide open area is created in alloys the supports at the same time supports are reinforced to handle the entire process loadNON Metallic Extruded Structured LQFOXGLQJWKHGLƷHUHQWLDOSUHVVXUH2XUWUDLQHGPacking:- VWDƷV KHOS LGHQWLI\ WKH VXLWDEOH VXSSRUW IRUŨ 39& 33 39')  7()/21 Ş 1RQ PHWDOOLF GLƷHUHQW DSSOLFDWLRQ DFFRUGLQJ WR WKH HQG user requirements. For best performance of 6WUXFWXUHG3DFNLQJV 4:3 0DNH VWUXFWXUHG 3DFNLQJV SOHDVH XVH the QWP recommended supports.Design & Supply:Our in house process engineers design andsupply various types of structured Packing'sdepending upon the requirements along withsupport beds and other internals according tothe needs of the end user.QWP Make Metallic6WUXFWXUHG 3DFNLQJ DUH PDQXIDFWXUHG LQ WKLQQWP Make Typical Surface Voidage Factor(F) Type ofMetallic Structured M2/M3 % M/Sec (Kg/M3) Corrugation Packing Type 125M2/M3 98.5 % 1.0 – 3.0 45° or 60° or Curve 250M2/M3 97.5 % 0.8 – 2.5 45° or 60° or Curve QWP – Type : 1 350M2/M3 96.5 % 1.0 – 2.5 45° or 60° or Curve QWP – Type : 2 500M2/M3 2.0 – 2.5 45° or 60° or Curve QWP – Type : 3 500M2/M3 97 % 0.6 to 1.8 45° or 60° or Curve QWP – Type : 4 750M2/M3 95 % 1.5 – 2.0 45° or 60° or Curve QWP – Type : 5 95.7 % QWP – Type : 6

STRAINERS 11 QWP STRAINERS 0RGHO 3,3( A B & D ( H $//2:$%/(TYPICAL STRAINER 6,=( PP PP PP PP PP PP 35(6685(QWP TYPE 1.1 to1.9 QWP 7<3( LQ ',))(5(1&( QWP TYPE : 2 29(5 QWP TYPE : t3 QWP   -     QWP STRAINERS 7<3(   6&5((1.3D         QWP   7<3(           QWP         7<3(           QWP 7<3(       QWP 1000  1040    7<3(      193 QWP 7<3(    1000 1030  QWP  7<3( QWP 7<3( 6WUDLQHUV DUH XVHG LQ VWHDP ZDWHU RLO RU JDV ZKHUH SURWHFWLRQ IURP IRUHLJQ PDWWHU LQ D SLSHOLQH LV UHTXLUHG 3HUIRUDWHG 6KHHWV DUH UROOHG DQG IRUPHG LQWR D FRQLFDO VKDSH with additional layers of wire mesh spot welded to the conical strainer. These strainers have the desired open area and are fabricated to withstand the required pressure drop. Additional reinforcements can be made on the strainers if required. 0RGHO 3,3( A B & D ( H $//2:$%/(35(6685( ',))(5(1&( QWP 6,=(LQ PP PP PP PP PP PP 7<3( 29(56&5((1.3D   3OHDVHVSHFLI\WKHDERYHGDWDDQGZHVKDOO IDEULFDWHWKHVWUDLQHUDQGVXSSO\WKHVDPH

COALESCERSANTI FOAMING/LIQUID LIQUID SEPARATOR 3KDVHV XS OLTXLGOLTXLG FRDOHVFHUV FDQ also be used to separate hydrocarbons from water phases such as oil removal from produced water. They have been DOVRXVHGLQS\URO\VLVJDVROLQHEHQ]HQH  removal from quench water in ethylene plants. We make both Plate and Knitted Mesh coalescers in stainless steel and nickel and copper alloy materials. Depending upon the requirement theyA Coalescer is a technological device can be used solely or in combinationperforming coalescence. They areprimarily used to separate emulsions to separate a wide range mechanicallyin to their components via variousprocesses; operating in reverse to an induced emulsions. Hydrophobic andHPXOVLƟHU hydrophilic materials are available to,QWKHDUHDRIFRPSUHVVHGDLUSXULƟFDWLRQFRDOHVFLQJ ƟOWHUV DUH XVHG WR VHSDUDWH achieve desired separation results. Allliquid water and oil from compressed airXVLQJ D FRDOHVFLQJ HƷHFW 7KHVH ƟOWHUV separator packs are built to customeradditionally remove particles. VSHFLƟFDWLRQV RU SHUIRUPDQFH/LTXLG*DV FRDOHVFHUV LQ WKH 2LO DQG*DV 3HWURFKHPLFDO DQG 2LO 5HƟQLQJ requirements and designed for highLQGXVWULHV /LTXLG*DV FRDOHVFHUV DUHwidely used to remove water and HƸFLHQF\DQGORQJUHOLDEOHVHUYLFHhydrocarbon liquids to <0.011 ppm(plus particulate matter to <0.3 um in Advantages are cost savings due toVL]H  IURP QDWXUDO JDV WR HQVXUH QDWXUDO VPDOOHU YHVVHO VL]H ,QFUHDVH LQ FDSDFLW\gas quality and protect downstream IRU H[LVWLQJ YHVVHOV 6DYLQJV GXH WRHTXLSPHQW VXFK DV FRPSUHVVRUV JDV UHFRYHU\ RI VROYHQWV %HWWHU SURGXFWWXUELQHV DPLQH RU JO\FRO DEVRUEHUV TXDOLW\ 5HGXFHG WDQN LQYHQWRU\ DQGPROHFXODU VLHYHV 36$V PHWHULQJ Compliance with regulatory lawsVWDWLRQV PHUFXU\ JXDUG EHGV JDV ƟUHGKHDWHUV RU IXUQDFHV KHDW H[FKDQJHUV RU We make both Plate and Knitted MeshJDVJDVSXULƟFDWLRQPHPEUDQHV coalescers in stainless steel and nickel and copper alloy materials. Depending/LTXLGOLTXLG FRDOHVFHUV DUH ZLGHO\ upon the requirement they can be usedXVHG LQ RLO UHƟQLQJ LQGXVWU\ WR UHPRYH solely or in combination to separatecontaminants like amine or caustic from a wide range mechanically inducedLQWHUPHGLDWH SURGXFWV LQ RLO UHƟQHULHV emulsions. Hydrophobic and hydrophilicDQG DOVR IRU GHZDWHULQJ ƟQDO SURGXFWV materials are available to achieve desiredOLNH NHURVHQH MHW IXHO  /3* JDVROLQH separation results. All separator packsand diesel to <15 ppm free water in the DUH EXLOW WR FXVWRPHU VSHFLƟFDWLRQVhydrocarbon phase. or performance requirements and GHVLJQHG IRU KLJK HƸFLHQF\ DQG ORQJ reliable service. Advantages are cost savings due to VPDOOHU YHVVHO VL]H ,QFUHDVH LQ FDSDFLW\ IRU H[LVWLQJ YHVVHOV 6DYLQJV GXH WR UHFRYHU\ RI VROYHQWV %HWWHU SURGXFW TXDOLW\ 5HGXFHG WDQN LQYHQWRU\ DQG Compliance with regulatory law.

13 TYPICAL QWP SYTLE Density Wire dia Surface Free Remarks COALASCERS Volume [kg/m³] mm m2/m3 QWP -Coalascer -Type 5 Metallic types % QWP -Coalascer -Type 7QWP -Coalascer -Type 8A 144 0.25 to 0.28 344 to 386 97.58 97.58 QWP-Type : 1 Coalascer 193 0.25 to 0.28 344 to 386 Aqueous phase ( Polyproplyene) 97.1 is dispersed 232 0.25 to 0.28 414 to 464 QWP-Type : 2 Coalascer ( Polyproplyene) 5VUTL[HSSPJ[`WLZ QWP-Type : 5 Coalascer 72 0.39 to 0.40 760 to 790 92,3 Organic phase ( Polyproplyene) 89,0 is dispersed 102 0.215 to 1990 to 2040 94,0 QWP-Type : 5 Coalascer 0.225 91,9 ( DACRON ) 144 0.39 to 0.40 1590 to 1620 145 0.265 to 360 0.275 Metal & Plastic Co Knit Density Surface Free Remarks [kg/m³] m2/m3 Volume % +LJKHIIHFLHQF\ 4:37\SH&RDODVFHU66*ODVVÀEUH 4:37\SH$&RDODVFHU66*ODVVÀEUH   94,8 +LJKÁH[LELOLW\4:37\SH&RDODVFHU663RO\SURS\OHQH +LJKHIIHFLHQF\4:37\SH$&RDODVFHU663RO\SURS\OHQH    4:37\SH&RDODVFHU*6)33   94,0     8000 93,1&RUUXJDWHG6KHHW0HWDO 'HQVLW\ 6KHHW 6XUIDFH $QJOH 5HPDUNV &RDODVFHUV >NJPó@ 7KLFN 00 'HJRU +LJK 4:3²7\SH   00 'HJUHH SHUIRUPDQFH 6WUXFWXUHG3DFNLQJ WR WR 'HJRU )RUOLJKWOLTXLGDQGIRU 4:3²7\SH  6WUXFWXUHG3DFNLQJ 'HJUHH KLJKIRDPV

PERFORATED SHEETSQWPC PERFORATED METAL 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV SHEETS: 23% O/A 28% O/A +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ Guidelines for Minimum Hole 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV Size/Minimum Bar Width +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$The rule of thumb for 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUVperforating is that the hole +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$diameter should not be lessthan the thickness of the 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUVP D WH U L D O   7 K H  F O R V H U  WR  D    WR   +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$UDWLRWKHKLJKHUWKHSUREDELOLW\of tool failure and the greater 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WU&WUV 'LD6WJ&WUV 'LD6WJ&WUVthe precautions necessary +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ 20% O/A 2$to avoid it. Modifications can 2$be made in certain instancesat additional costs. Forstainless steel and similarKLJKHU VWUHQJWK PDWHULDOV LW LVpreferable to specify at leastthree thickness gauges thinnerthan hole diameter.The same general rule appliesto bar width. The bar widthshould be greater than thematerial thickness becauseof the increased numberRI SXQFKHV DQG WKHUHIRUHincreased perforation tonnage.The bar width can be adjustedat increased costs. 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ +ROHV36,2$ 2$ +ROHV36,2$ 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV 'LD6WJ&WUV +ROHV36,2$ 2$ 35% O/A +ROHV36,2$ 2$ +ROHV36,2$ AIRLINE 3/4 SQUARE LATTICE [5HFWDQJXODU6ORWV2$ 6WUDLJKW5RZ&HQWHUV 6TXDUH6WU 6WUDLJKWURZVSDUDOOHOWRZLGWKEDUHYHU\WKLUG EDUOHQJWKZLVH/:63DUHOOHOWRZLGWKRIVKHHW 2$ 5RZV2$ 3/8\" SQUARES .200 SQUARE HANOVER SQUARE WINDSOR GRECIAN 6WU5RZ&HQWHUV%DU2$ 6WUDLJKW5RZV2$ 646WU5RZV2$ 2$ 35% O/A OCTAGON CANE FULL CLOVERLEAF 1/4\" HONEYCOMB HEXAGON MOIRE 2FWDJRQV 6WDJJHUHG&ORYHUV +H[RQ 6WDJJHUHG2$ +H[&HQWHUV [5RXQG(QG 5RXQG2$ 51% O/A %DU2$ 6ORW%$562$ /:63DUHOOHOWROHQJWKRIVKHHWV

PERFORATED SHEETS 15HOW TO ORDER/SPECIFY:&216,'(5 1. Application or use of product 3K\VLFDOUHTXLUHPHQWVRSHQDUHDVWUHQJWKHWF PLEASE SPECIFY:1. Quality perforated metal. 4XDQWLW\QXPEHURIFXWSLHFHVRUIXOOVKHHWV 0DWHULDOW\SHRIPDWHULDOGHVLUHGFDUERQVWHHOVWDLQOHVVVWHHODOXPLQXPHWF 7KLFNQHVVIRUVWHHORUVWDLQOHVVVWHHOVSHFLI\JDXJHRUWKLFNQHVVLQLQFKHV All other metals specify in inches only. :LGWKRYHUDOOZLGWKţ0LOO7ROHUDQFHVZLOOEHVXSSO\Ť /HQJWKRYHUDOOOHQJWKXQOHVVRWKHUZLVHLQGLFDWHG 3HUIRUDWLRQVL]HVKDSHDQGDUUDQJHPHQWUHIHUWRSHUIRUDWHGSDWWHUQVDQG tooling lists staggered arrangement (60º pattern) is standard (for screens – QRUPDOO\VWDJJHUHGLQGLUHFWLRQRIƠRZRIPDWHULDO 6WUDLJKWOLQHRURWKHU SDWWHUQPXVWEHVSHFLƟHGVORWWHGSHUIRUDWLRQVPXVWEHQRWHGDVSDUDOOHO to length or width. +ROH%DU&HQWHUVPHWDOEHWZHHQSHUIRUDWLRQV FHQWHUWRFHQWHUPHDVXUHV width of bar at point where perforations are closest. %ODQN0DUJLQVGLPHQVLRQVRIEODQNPDUJLQVSDUDOOHOZLGWKDQGOHQJWK RUŞWROHUDQFH &RVWVLQFUHDVHVZKHQEODQNPDUJLQVDUHUHTXLUHG)ODWQHVVUHTXLUHPHQWVIRUƠDWQHVV(QGSDWWHUQţƟQLVKHGRUXQƟQLVKHGHQGSDWWHUQŤLIDYDLODEOH6SHFLDOUHTXLUHPHQWVVSHFLDOVKHDULQJOHYHOLQJƟQLVKKHDWWUHDWLQJLIDQ\

VARIOUS SIZES & TYPES OF PERFORATED SHEETS 5281' &(17(56 *$8*( 23(1$5($5281' 3,7&+  7KLFNQHVV 23(1$5($ ALUMINIUM 9DULDEOH 9DULDEOH BLACK & GALVANIZED STEEL, SS ALL GRADES AND OTHER NICKEL ALLOYS 4  6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG   4  6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 1.8 6WUW 6WJUG 72    6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72   8 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72   8 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG WR   8 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72   10 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  8 8 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  10  6WUW 6WJUG 7R 9DULDEOH  6WUW 6WJUG 72   18 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 3 6WUW 6WJUG 72  6T 10 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 3 6WUW 6WJUG 72  6T  6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 4 6WUW 6WJUG 72    6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  KRQH\FRPEKH[ 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  DLUOLQH 7R 9DULDEOH 9DULDEOH3 4 6WUW 6WJUG 72  ZLQGVRU 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  WUHDG*ULS)ORRULQJ 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  VDIHW\7UHDGÁRRULQJ 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72  DYDLODEOHDV+ 9DULDEOH  6WUW 6WJUG 72  GALVANIZED STEEL & STAINLESS STEEL 9DULDEOH 9DULDEOH4  6WUW 6WJUG 72  1  6WUW 6WJUG 7R 9DULDEOH  6WUW 6WJUG 72    6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 8 6WUW 6WJUG 72    6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 8 6WUW 6WJUG 72    6WUW 6WJUG 7R 9DULDEOH 9DULDEOH 10 6WUW 6WJUG 72   3 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72   4.8 6WUW 6WJUG 7R 9DULDEOH 9DULDEOH  6WUW 6WJUG 72    6WUW 6WJUG 7R 9DULDEOH8  6WUW 6WJUG 72  3  6WUW 6WJUG 7R8  6WUW 6WJUG 72  3  6WUW 6WJUG 7R10  6WUW 6WJUG 72  3 8 6WUW 6WJUG 7R10 14 6WUW 6WJUG 72  4  6WUW 6WJUG 7R 8 6WUW 6WJUG 72  4 8 6WUW 6WJUG 7R  6WUW 6WJUG 72  4 10 6WUW 6WJUG 7R  6WUW 6WJUG 72   8 6WUW 6WJUG 7R  6WUW 6WJUG 72   10 6WUW 6WJUG 7R6TXDUH  6WUW 6WJUG 72    6WUW 6WJUG 7R[6TXDUH6ORWV 72   8 6WUW 6WJUG 7R+DQRYHU6TXDUH[6WU 72   9 6WUW 6WJUG 7R6TXDUH[6WU 72    6WUW 6WJUG 7R6TXDUH6WU 72  8  6WUW 6WJUG 7R/DWWLFHVT00 72  KDQRYHU6TXDUH )XOOFRYHU 3/6&$//  MONEL 400*UHFLDQ 3/6&$//  72 72 6WUW 6WJUG 7R+RQH\FRPEKH[  3/6&$//  72 72 6WUW 6WJUG 7R6TXDUH/LQN 3/6&$//  72 72 6WUW 6WJUG 7R2FWDJRQ&DQH   V3(&,$/&867200$'( 72 9DULDEOH TOOLS:LQGVRU 1 3HUI3DQHO,QWHQGHG  1  oTHER NICKEL ALLOYS (SPECIAL)0RLUH[6ORW 0.8  72 72 6WUW 6WJUG 7R$LUOLQH[6ORW    72 72 6WUW 6WJUG 7R+H[;6WJ   72 72 6WUW 6WJUG 7R3HUI*ULS)ORRULQJ 72 ,QTXLUH 72 72 6WUW 6WJUG 7R7UHDG*ULS)ORRULQJ 72  72 72 6WUW 6WJUG 7R6DIHW\7UHDGÁRRULQJ 72  72 72 6WUW 6WJUG 7R POLYPROPYLENE PLASTIC 72 72 6WUW 6WJUG 7R3ODVWLSHUW  6WUW 6WJUG   72 72 6WUW 6WJUG 7R3ODVWLSHUW 8 6WUW 6WJUG 3  72 72 6WUW 6WJUG 7R BLACK & GALVANIZED STEEL;SS ALL GRADES AND OTHER NICKEL ALLOYS 72 72 6WUW 6WJUG 7R  6WUW 6WJUG 0.8  V3(&,$/&867200$'(722/6 7R  6WUW 6WJUG 72  3 6WUW 6WJUG 72   6WUW 6WJUG 72  BRASS 6WUW 6WJUG  6WUW 6WJUG 72  0.8   9DULDEOH 8 10 TIN PLATE  9DULDEOH 4 6WUW 6WJUG 72   3 6WUW 6WJUG  9DULDEOH 4 6WUW 6WJUG 72  INCOLLOY 6WUW 6WJUG3 4 6WUW 6WJUG 72 3 4 6WUW 6WJUG 72

WIRE MESH 17WELDED WIRE MESH:0DWHULDO0LOG6WHHO%ODFN)LQLVK+RW'LS*DOYDQL]HG6WHHO 2WKHU6SHFLDO$OOR\VWeld mesh is one of the most versatile of all Wire Cloth products. Weld mesh is aZHOGHG VWHHO ZLUH PHVK PDQXIDFWXUHG IURP VWHHO ZLUH HOHFWULFDOO\ ZHOGHG DW DOOLQWHUVHFWLRQV %HFDXVH LW LV ZHOGHG LW FDQ EH FXW RU EHQW WR WKH VKDSHV UHTXLUHGZLWKRXWWKHZLUHVIDOOLQJDSDUWDQGIRUPVLWVRZQVHOYDJHZKHQFXWƠXVK:HOGPHVKLVDYDLODEOHLQSDQHOVLQDYDULHW\RIZLUHGLDPHWHUVDQGPHVKHVXSWRŤ7KHSK\VLFDOproperties of the wires are rigidly controlled to produce a welded mesh which hasmaximum weld strength. Please call us for product assistance.APPLICATIONS:6HFXULW\ *XDUGV Ũ 3DOOHWV%LQV Ũ 6FUHHQV*ULOOHV Ũ 6XVSHQGHG &HLOLQJV Ũ Machine*XDUGVŨ)HQFLQJ*DWHVŨ/RFNHUVŨ%DOXVWUDGLQJŨ&DWZDON*XDUGVŨ6DIHW\%DUULHUVŨ5DFNLQJ6KHOYLQJŨContainersŨ6WDLUZD\*XDUGVŨ6FUHHQHG3DUWLWLRQVOUR ADVANTAGES:+LJK6WUHQJWKŨ)OXVKHGJHƟQLVKŨ6ROLGFRQVWUXFWLRQŨEasy handlingŨEasy cuttingŨ9HUVDWLOHŨAll intersections weldedŨWires hold togetherŨCutouts made easilyAperture Size mm Wire Dia. mm Available Type200 x 200 3 to 8 In Panels150 x 150 2 to 8 In Panels100 x 100 2 to 8 In Panels / Rolls75 x 100 2 to 8 In Panels / Rolls100 x 75 2 to 6 In Panels / Rolls50 x 50 1.5 to 6 In Panels / Rolls50 x 75 1.5 to 6 In Panels / Rolls50 x 25 1.5 to 6 In Panels / Rolls25 x 25 0.9 to 6 In Panels / Rolls25 x 50 0.9 to 6 In Panels / Rolls25 x 75 0.9 to 6 In Panels / Rolls20 x 20 0.9 to 4 In Panels / Rolls15 x 15 0.9 to 3 In Panels / Rolls12.5 x 12.5 0.9 to 2 In Panels / Rolls Standard Panels or Cut-to-Sizes are available.HOW TO ORDER/ SPECIFY::HOGHG ZLUH FORWK VKRXOG EH VSHFLƟHG DV ţ7ULPPHGŤ RU ţ8QWULPPHGŤ DQG VWXE RSWLRQV UHTXLUHGPlease see the following examples for assistance in specifying or ordering welded wire cloth.1RWH 3OHDVH VSHFLI\ LI FOHDU RSHQLQJ LV UHTXLUHG LQVWHDG RI PHVK )RU FXW WR VL]HV WKHUH PD\ EHVWXEVRQRQHRUPRUHVLGHV+RWGLSJDOYDQL]LQJFDQLQFUHDVHWKHZLUHGLDPHWHUWKLFNQHVVE\thousands of an inch.

CRIMPS & WEAVES WOOVEN WIRE MESHLock Crimp – Provides accurate WIRE CLOTHscreen openings for life of theVFUHHQ 8VHG ZKHQ SODLQ ZHDYH HOW TO ORDER/SPECIFY:will not hold accurate openings. Inquiry or order will process more quickly if you have the following information available when you call.Plain Weave – Opening areVTXDUH DQG ZLUH VL]HV DUH WKH CONSIDER:same in both directions. Each 1. Application or use of product (including environment).warp wire passes alternately over 2. Physical requirementsand under shute wires at rightDQJOHV ERWK GLUHFWLRQV 6WDQGDUG  Ũ2SHQLQJVL]Htype of weave used for wire Ũ3HUFHQWRIRSHQDUHDFORWK 6RPHWLPHV FDOOHG GRXEOHcrimp). PLEASE SPECIFY: 1. 4XDQWLW\QXPEHURISLHFHVUROOVRUVFUHHQVUHTXLUHG Intercrimp Ş 8VHG LQ ODUJHU 2. 0DWHULDO7\SHHJVWDLQOHVVVWHHO&DUERQVWHHOHWF openings with light wire to 3. :LGWKDQG/HQJWKSURYLGHJUHDWHUVWDELOLW\WLJKWQHVV  Wire Diameter ( in decimals thousands of an inch)of weave and maximum rigidity. 5. :LUH RSHQLQJ SURYLGH PHVK FRXQW IRU OLQHDO LQFK RU ZLGWK RI RSHQLQJ FOHDU RSHQLQJFlat Top Weave – Flat surface EHWZHHQ ZLUHVLQ LQFKHV $OVR VWDWH LI VTXDUH UHFWDQJXODU RU RWKHU W\SH RI RSHQLQJLPSURYHV ƠRZ RI PDWHULDOV RYHU shape.)screen panels by reducing 6. Construction (specify – welded or woven and type of weave.)friction. Provides more wearing  6SHFLDO IDEULFDWLRQ VXEPLW GUDZLQJ IRU VSHFLDO UHTXLUHPHQWV VXFK XV QRWFKLQJ EROWsurface than other weaves. KROHVVSHFLDOVKDSHEHQGLQJIRUPLQJFDOHQGDULQJHWF /RFNLQJZHDYHVDVVXUHVDFFXUDWH 8. Alternates (delivery maybe improved if an acceptable substitute is permitted.)openings to provide uniform 9. ScreensIRUJUDGLQJRUVL]LQJDSSOLFDWLRQVDGGLWLRQDOUHTXLUHGLQIRUPDWLRQJUDWLQJDQGVFUHHQLQJHƸFLHQF\ SizeLIRUGHULQJPRUHWKDQRQHVFUHHQVSHFLƟFDWLRQSOHDVHOLVWLWVHSDUDWHO\ Width VWDWHRXWVLGHKRRNƠDQJH2+) RULQVLGHKRRNƠDQJH,+) PHDVXUHPHQWSta Clear aka Tri lock Weave RIKRRNHGVWULSRUHGJHVW\OH2+)LVSUHIHUUHG1RUPDOWROHUDQFHLVŤŤ– Ideal for working with sticky LengthLQFOXGHRYHUODSLIUHTXLUHGor wet material that normally Arching VSHFLI\RUIXUQLVKGUDZLQJQRUPDODUFKLQJUDQJHVplugs square or oblong opening  ŤŞŤKHDY\VFUHHQVPD\EHGLƸFXOWWRLQVWDOOLIQRWDUFKHG VFUHHQV 7UL /RFN :HDYH KROGV Lapping ŤODSLVVWDQGDUGZLWKQRWFKHGFRUQHUVVSHFLI\LIGLƷHUHQWLQGLFDWHODSwire securely in place yet permits  ,IUHTXLUHGJLYLQJRXWVLGHRULQVLGHGLDPHWHUDQGLIZHOGHGW\SHRIZHOGHGVHDPwires to vibrate slightly to keepopenings free and at peak Strip & Hooked Edge Treatment: HƸFLHQF\ $ 6SHFLI\KRRNHGHGJH VWULSVW\OHGHVLUHUHIHUWRKRRNHGJHGLDJUDPV+RRNV Other weaves and crimps are DUH IXUQLVKHGJDOYDQL]HGXQOHVVRWKHUZLVHVSHFLƟHGavailable – Please consult your % 6WDWHOHQJWKRIKRRNVWULSLIQRWWKHVDPHDVVFUHHQOHQJWKDQGVSHFLƟHGDQ\customer service specialist fordetails. require notching. &6WDQGDUGGHJUHHRIKRRNEHQGŎRXWVLGHŎLQVLGH D. Hook height is measured from top of hook to inside of bend.

WIRE MESH 19 HOOKS STRIPS AND EDGE WIRE CLOTH : STYLES 9,%5$7,1*6&5((16All the based on manufacturer'srecomentations. Although it may Ũ6TXDUHbe possible to put a particularhook style on a wire diameter Ũ6ORWWHGoutside of this recommendedUDQJHV LW ZLOO JHQHUHDOO\ UHVXOW ŨWovenin damage to the screen or themachine. Ũ6WDLQOHVV6WHHO HOW TO INSTALL: Ũ3ODLQ6WHHO 9LEUDWRU VFUHHQV QHHG WLPH WR ŨFormed / Plain Edgeseat into place. Install new screeninto partial tension without a load 6FUHHQV IRU VL]LQJ DQG VWUDLQLQJ FDQ EH IXUQLVKHG E\ 4XDOLW\ :LUH 3URGXFWV ZLWK DQ\and allow vibrating for a brief style of edge preparation or hook strip ready for installation into any type of equipment.period of time to seat properly 2IWHQWKHHGJHVRIWKHVFUHHQVZRYHQRIKHDYLHUWKDQŤDUHIDEULFDWHGWRKRRNLQWRthen tightening fully to proper WKHYLEUDWLQJIUDPHVLPLODUWR6W\OHV0DQG0+RZHYHUPRVWVFUHHQVPDGHRIŤWHQVLRQ /RRVH LQVWDOODWLRQ ZLOO DQGOLJKWHUZLUHKDYHDKRRNVWULSVXSSRUWLQJWKHHGJHVVLPLODUWR00RU0(GJHcause premature breakage. WUHDWPHQWZKHWKHUVLPSO\EHQWKRRNVRUKRRNVWULSVVKRXOGEHVSHFLƟHGZKHQVFUHHQV LVRUGHUHG$EVROXWHO\VTXDUHKRRNVWULSVHQDEOHVFUHHQVWREHNHSWXQGHUJUHDWHUPRUH%XFNHUXSRUFURZQEDUUXEEHU uniform tension. This protects them against distortion and excessive vibration whichstrip should be check every time causes metal fatigue and breakage.\RXFKDQJHVFUHHQV5HPHPEHU– the rubberweares from the 6RPHVKDNHUVFUHHQVUHTXLUHDVSHFLDOIDEULFDWLRQWRPHHWDOO2(0VSHFLƟFDWLRQVbottom of the rails and wear isnot always visible. >09,*36;/8<0*29,-,9,5*,.<0+,&KHFNWKHVL]HRISLHFHVEHLQJ /VVR,KNL;`WL 9LJVTTLUKLK>PYL9HUNLinstalled. Also make sure screenshave hook strips parallel. Tension M-1, M-4, M-6, M-9 .312” dia. and heavieruniformly to maintain screen in M-2, M-5 .063 dia to 250” diaparallel. .054 dia and lighter M-3 or M3C .192 dia and heavier M-7 .148 dia and heavier M-8 05:,*;:*9,,5796+<*;+,;(03: Mesh Wire Dia. Width :- ;`WLVM4L[HS 18 x 14 .011 36”, 48” .13 Aluminum 18 x 16 .011 36”, 48” .05 Aluminum 18 x 14 .009 36”, 48” .09 18 x 14 .011 36”, 48” .13 SS -304 18 x 14 .009 36”, 48” .09 SS -304 Epoxy Coated For other requirements than shown here, Please contact us. We have Rolls or Cut-To- Length.

WIRE MESH - TYPES / SIZE0HVKHVSHU/LQHDO 'LDPHWHURI :LGWKRI 2SHQ :HLJKW.JVSHU 0HVKHVSHU/LQHDO 'LDPHWHURI :LGWKRI 2SHQ :HLJKW.JVSHU ,QFK :LUHPP 2SHQLQJPP $UHD3HUFHQW 6T0WU6WHHO ,QFK :LUHPP 2SHQLQJPP $UHD3HUFHQW 6T0WU6WHHO      3.00     &HQWHU      0.19 30.80       0.14    7R 4.88      40.80 14.38 &HQWHU    4.00 0.11    4.11     0.09       8.33  0.08     3.43                4.98 &HQWHU   80.10      3.80 7R     8.00         0.04    &HQWHU 1.83    0.04 0.30       0.03 0.30      44.40  3.43 3.83   &HQWHU  13.34 49.00    33.80        40.10  7R 4.88        &HQWHU         4.11 14.94  13.44 1.83             0HVK 3.43            1.19    õ     1.04        0.89    ô     0.81    1.83     3.30  1.13   83.90     19.01      4.01 39.90 14.98       11.30   41.00  1.83            4.88  48.00   4.98    11.00   1.19    4.11 11.38   1.04        0.89    3.43    0.81       9.34           81.00 0.99            4.30  3.31   1.83 13.84     40.80    80.90  1.83         4.04   1.19           1.11 1.19     30.30  1.04   3.18   34.30  0.89    4.88    0.81 4.83           4.11            1.83  41.00  3.43   14.30  3.48    8.94           1.19 3.89       1.04 4.04    10.03   0.89 4.19   1.83    0.81                    1.19 11.10  1.84    0.99 1.04 11.33 84.30 1.39  1.90  0.83 0.89            1.83    4.88 11.81  33.31   38.90          4.11  40.30  1.19 3.04     44.40  1.04 3.19  4.31 3.43  48.30  0.89        0.81                   1.49        1.19 1.83       1.00       31.40        38.80 9.04 1.19    1.19    1.04    1.04    4.88 10.09  1.19 0.89   3.84   0.81      31.10          4.11      1.39            0.89   3.43  43.90  1.80      49.00 1.19 1.98 38.90      1.04    4.43    0.89    3.18    0.81     1.83 8.13        8.33           1.19    1.04

WIRE MESH - TYPES / SIZE 210HVKHVSHU/LQHDO 'LDPHWHURI :LGWKRI 2SHQ :HLJKW.JVSHU 0HVKHVSHU/LQHDO 'LDPHWHURI :LGWKRI 2SHQ :HLJKW.JVSHU ,QFK :LUHPP 2SHQLQJPP $UHD3HUFHQW 6T0WU6WHHO ,QFK :LUHPP 2SHQLQJPP $UHD3HUFHQW 6T0WU6WHHO 8\"              1.01 0.43    10\"     30\" 0.41     0.43    0.38    14\"          1.19    0.34     1.04    40\" 0.33  44.00  0.89 1.93   0.30    18\" 0.81   3.00             0.84     1.81  0.41 0.44       0.38  30.10      1.14   0.49   1.19    0.34    1.04  34.80 0.80  0.33    0.89    0.30  40.80 1.44 0.81    80\"   44.80   1.83     48.90 0.98  1.91   90\"    0.88             100\"     1.04        0.89   4.99  0.34 0.38   0.81 1.30   130\" 0.33 0.40    1.40  3.11 140\" 0.30  33.80   1.48 48.40                      0.49  1.04     180\"    0.93 0.89     0.30 0.33   0.81 1.00      31.40   1.10     0.38    1.18     0.39 38.40      400\"  0.41 41.00 1.08  1.31   100\"    1.81     110\"  0.31 30.10  0.43 1.38  1.30     1.38 0.41 1.41    0.34   0.38 1.43  1.01    38.00 1.09    0.88 130\"   40.80   0.88  4.09 140\" 0.19  43.80 0.84           1.00 39.90        1.08      30.30 1.39  1.13   180\"   33.10  0.43     0.41 1.18  1.33  0.30  1.08 0.38        1.01  0.19  39.10 0.94 0.34   0.93     1.34 0.33    300\" 0.19    0.30     0.18  33.90 1.00  1.31   400\"      1.33           0.18 0.19  1.14   30.30       0.83 34.40    33.80   0.90 41.10     1.00     0.14 0.18 31.40 0.83 0.43 0.98 48.30  0.13 0.19   0.41 1.01    0.13  1.10 0.38 1.03  1.31 0.14 0.14  0.90    1.14 0.13  30.10  0.34    0.11 0.14 30.30  0.33 1.08  0.98 0.10    0.30 1.11  0.83 0.09   0.41  1.13   0.08 0.18 49.00      0.09        0.09 0.11 31.10   1.18    0.11 34.90       0.10  0.39      0.10  0.39      0.09  0.38  0.81 41.00   0.08      0.34 0.43 0.84  1.91 0.04    0.04    0.41    0.03    0.38 0.89 49.00  0.03 0.04  0.18  0.91   0.13 0.11  0.83 0.34 0.93  1.18 0.11    0.33 0.94  1.10 0.11 0.10   0.30   0.93 0.10 0.11    0.99   0.10 0.10       0.08 0.10    1.03   0.08 0.09 30.80   1.04    0.09 31.40 0.34      0.08  0.43      0.08 31.10 0.33 0.43        0.41  38.00     0.31 0.38  41.10 1.80 0.04        0.04    0.34   1.44 0.04    0.33   1.33 0.04 0.04   0.30   1.13 0.03 0.04  0.18

HEXAGONAL MESH PIPE WINDINGQWP HEXAGONAL STEEL PIPE WINDING MESH:4XDOLW\:LUH3URGXFWV&R://LVWKHVLQJOHODUJHVWVRXUFHLQWKH0LGGOH(DVWIRUPDQXIDFWXULQJDQGVXSSO\RIKH[DJRQDOZLUHPHVKVXLWDEOHIRU6WHHO3LSH:LQGLQJDSSOLFDWLRQV7KHKH[DJRQDOwire mesh fabric are manufactured by twisting wires to form a mesh with a series of hexagonalopening refer to the image below on the right side with one of the edges of the fabric shall beconstructed to include a selvedge wire.Hexagonal Pipe winding mesh is used as reinforcement for steel Pipe which will be coatedwith concrete and then submersed in water or earth. The wire mesh acts as a holding and areinforcement agent during the process of concrete coating thus gives additional strength tothe concrete coated pipe . The wire mesh helps in holding the concrete intact even after dryingpreventing the steel pipe from corrosion by not exposing the steel pipe to water or moisture formany years after installation. This helps in the longer life of the pipe laid to transfer water/oil asper end user requirements. With Precise mesh opening and heavy coating we shall produce theexcellent quality wire mesh suitable for pipe coating applications.Type Nominal Main Line Wire Line wire Material Width Rolls or Aperture Wire Dia. placing panelsQWP Dia.30 ô 0 0 PPQWP PP  PP 0.048\" ô +HDY\ PP ,QGLYLGXDO 0 ô PP &RDWHG PP UROOVRIQWP PP   KRWGLS PP30 PP 0.048\" ô JDOYDQL]HG PP OHQJWKIURPQWP ô PP ô ZLUHZLWK PWR30 PP  JDOYDQL]HGQWP PP 0.048\"  FRDWLQJ PDVSHU30 ô PP  FXVWRPHU PP  DERYH PP 0.048\" UHTXLUHPHQW ô PP PP  PP

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www.qualitywire.com.bh Head Office / Factory Bldg. No. 86, Road 19, Block 115, Salman Industrial City, Hidd, Kingdom of Bahrain, P.O. Box 33450 Tel. : +973 17 874000 / 456343, Fax : +973 17 874111 / 456312 [email protected] / [email protected] Warehouse / Office - Sharjah P.O Box 44377, Sharjah - UAE, Tel: +971 6 5357 007, Fax: +971 6 5357 061 [email protected] Sales Office - Qatar Logic Real Estate Building, P.O. Box 24692, Doha Jadeed - Qatar Tel. : +974 44416175, Fax : +974 44417292 [email protected] Sales Office - Abu Dhabi Quality Wire Products OFET Co. LLC P.O. Box 36218, Abu Dhabi - United Arab Emirates Tel. : +971 2 4912547, Fax : +971 2 4912548 [email protected]%DKUDLQ÷4DWDU÷6DXGL$UDELD÷2PDQ÷$EX'KDEL÷6KDUMDK