FROM CONCEPT TO COMPLETION - CECO Concrete
CECOCONCRETE.COMFROM CONCEPTTO COMPLETION
CECOCONCRETE.COMYOUR CECO TEAMTABLE OF CONTENTSHorizontal Structural Systems3Flange Forms4Wide Flange Forms5Wide Long Flange Forms6Long Forms7Flat Plate8Flat Slab8Beam & Slab Parking Systems9Handset System10Fiberglass Domes11Vertical Systems11General Specifications12Form Specifications13FROM CONCEPT.Ceco is a design-assist structuralconcrete contractor that takes a holisticapproach to project success, fromconcept to completion. We activelyemploy design professionals to increaseour ability to provide accurate andmeaningful value engineering solutionsour competitors cannot. In any of ouroffices throughout the nation you mayfind degreed and licensed engineers,structural engineers, and even architects.This high level of in-house designexpertise coupled with more than 100years of experience routinely leadsto solutions that significantly reduceinitial and operational costs, increasesustainability, reduce energy use, reducelife cycle impact and cost, and create ahigher quality, higher performing builtenvironment for our end users.Collaboration in early conceptual andschematic phases allows us to provideinsight from more than 100 yearsbuilding about everything imaginable.From general project approach toforming and structural system selection,Ceco has the field experience andpreconstruction expertise to help yourdesign team identify the best possibleoutcome for your client. Throughout thenation we are working with structuralengineers, mechanical engineers andgeneral contractors to design and buildstructures that perform at a higherlevel, that will last longer and cost lessover time. We are happy to provide ourpreconstruction services at no charge tohelp your design team identify the bestsolution for your client. Please contact usat the numbers listed on the back of thisdocument for more information. TO COMPLETION
CECOCONCRETE.COMHORIZONTAL STRUCTURAL SYSTEMSOne-Way Joist SlabSkip Joist / Wide ModuleTwo-Way Joist (Waffle)Flat Slab /Flat Plate with DropsFlat PlateBeam and SlabOne-Way Flat SlabStandard System Selection lsMultiFamilyStandardOne-WayJoistxxxWide ModuleOne-WayJoistxxxStandardTwo-WayJoistFlat PlateBeam and ixed Usexxxxx
CECOCONCRETE.COMSLIM MODULE FORMSConcrete Quantities / 30” Widths*Depth ofSteelformWidthof JoistCubic feet of concrete per square foot byslab .694.736.776.819.861.9013”Slim Module Forms are available instandard 2’ and 3’ modules. These formsare among the most popular becauseof their flexibility to accommodatevarious layouts and joist widths whererequired. They are efficient for projectswith heavy superimposed loads andprovide a two hour fire rating by usinga 4.5” hard-rock concrete topping. SlimModule Forms are efficient for projectsof smaller size and for moderate sizeprojects with irregular layouts orunusual building shapes. They arealso efficient for projects where thestructure is not required to provide atwo-hour fire rating by using 3” or 3.5”top slab.The varying depths of Slim ModuleForms provide flexibility to meet a widerange of spans and loads. Furthermore,they will accommodate in-the-floorraceway electrical and communicationdistribution systems. Ceco Slim ModuleForms are capable of producing soundstructural concrete, but are incapable ofproducing tight tolerances and smoothfinishes. This form is a segmentedsteelform and the concrete will haveirregular joists, a rough finish, andoffsets at both the laps and flanges.If a higher quality finish is required,you may wish to consider Ceco CustomLong Forms (please see page 7.) Theadditional cost of higher quality formsare often offset by finishing costs.Contact your Ceco representative forassistance.4 1/2”* Apply only for areas over FLANGEforms and joists betweenthem. Bridging joists, special headers, beam tees, etc., notincluded. 10” and 12” depths are also available. Contact yourCeco Concrete Construction Engineer.Concrete Quantities / 20” Widths*Depth ofSteelformWidthof JoistCubic feet of concrete per square foot byslab �7”8”.741.785.825.8.67.910.9503”4 1/2”* Apply only for areas over FLANGEforms and joists betweenthem. Bridging joists, special headers, beam tees, etc., notincluded. 10” and 12” depths are also available. Contact yourCeco Concrete Construction Engineer.Voids Created by Slim Module FormsShaded areas below indicate standard filler widthsDepth ofSteelformCubic feet of concrete per squarefoot by slab thickness*15”width10”width*Added Cu. Ft.of Concrete perTapered 3.000Not Available30”width20”widthNot AvailableDIMENSIONS
CECOCONCRETE.COMWIDE MODULE FORMSWide Module Forms are available in standard 53”and 66” widths. When used with 7” and 6” joists theyproduce 5’ and 6’ modules respectively. ACI 318requires the “joist” to be designed as a beam withminimum shear reinforcement. Any joist width canbe used in combination with standard width pans toaddress span and load requirements. This system isvery efficient for projects where the structural floormust provide a two-hour fire rating.Using hard rock concrete, a 4.5” slab and minimumslab reinforcement will result in sufficient capacityfor a variety of superimposed loads while reducingstructure dead load. Shallower depth forms areappropriate for spans in the 25’ to 35’ range. Deeperdepths are appropriate, under moderate loads, forspans in the 35’ to 45’ range using mild steel, whilespans up to 60’ can be achieved with post-tensioning.By varying joist widths, different loading conditionscan be accommodated using standard formingequipment without the need to add drop beams.Distribution ribs, which add unnecessary cost, arenot required with wide module construction.These forms are appropriate for structural concreteonly, and should not be specified for criticallyexposed surfaces where appearance is important.They are a segmented steel form that will impartirregular lap and flange marks to the finishedconcrete, though many believe the finished productis acceptable for non-critically exposed work.If a higher quality of finish is desired, you may wishto consider Ceco Wide Module Long Forms (pleasesee page 6). Your Ceco representative can assist inform type selection.Voids Created with 53” DesignModuleDepth of VoidCubic feet of void createdper linear foot14”Not Available16”5.74120”7.13024”8.500Voids Created with 66” DesignModuleDepth of VoidCubic feet of void createdper linear SIONS
CECOCONCRETE.COMWIDE MODULE LONG FORMSWide Module Long Forms have been used in standard8’, 12’, and 16’ lengths. Wide Module Long Formsare hybrid pans that resemble conventional WideModule Forms in use but provide an improved finish fora marginal cost increase. As with Wide Module Forms,standard length pans are lapped over one anotherto achieve the desired void length. Since fewer panunits are used to form any given void, fewer lap marksare left on the finished concrete. These forms have astandard flange and will impart flange marks at thejoist and beam soffits. They will easily accommodatenonstandard joist widths and can be sued to make anyeconomical joist module (for instance, 12” 66” 78”module).Repetitious void lengths that will accommodatestandard length pans are the key to economy. StandardWide Module Forms are used together with WideModule Long Forms where standard length long pansdo not fit the voids designed. Wide Module Forms arecapable of producing sound structural concrete only they are not appropriate for critically exposed surfaceswhere appearance is important. Wide Module Formsare a segmented steel form that will have irregular lapmarks in the finished concrete. However, with carefulconsideration given for void lengths the undersidefinish of a Wide Module Long Form project will have animproved finish over a Wide Module Form project dueto fewer lap and flange marks. Some find this finishacceptable for non-critically exposed areas.Wide Module Long Form ConcreteQuantities for 53” and 66” Void WidthsDepth ofSteelformWidthof JoistCubic feet of concrete per square foot for 41/2” thick topping slab*14”5”9”12”Not �� Void66” Void*Apply only for areas over FLANGEforms and joists betweenthem. Bridging joists, special headers, beam tees, etc., notincluded.Voids Created by Design ModuleDepth ofSteelform14”16”20”24”Cubic feet of void created per linear foot53” Void66” VoidNot Available6.3035.7417.1857.1308.9358.50010.667
CECOCONCRETE.COMCUSTOM LONG FORMSCustom Long Forms are available toproduce a 6’ and 3’ module for one-wayjoist construction. Custom Long Forms canbe very cost efficient when sufficient reusewithin the project is possible for a repetitiouslayout.Custom Long Forms are customized foreach project and should be specified whena visually desirable appearance is required.These forms are made into a single piece bybutt-welding heavy gauge steel for the mainform body with an end cap at each end toform the void. These forms will have a smallgrout fin at the joint between forms at thejoist soffit. Since there are no intermediatelaps and the joists are formed against acontinuous steel surface, the concreteformed will yield a quality finish.Since these are steel forms, the concrete mayhave blotches or a mottled color from theiron oxide. If required, this surface color canbe easily removed with a light sand blast.Custom Long Forms are commonly usedwith a 6” joist resulting in a 3’ or 6’ moduledepending on the pan width selected. Foradditional cost, other joist widths can beaccommodated with fillers installed in thesoffits of the Custom Long Forms pans,but the finish will suffer due to doublingthe number of grout fins at the joist soffits.Limited inventories of 53” wide Custom LongForms that produce a 5-foot module arealso available. Your Ceco representative canreview your options with you.Concrete Quantities/30” Widths*Depth ofLONGformWidth ofJoistCubic feet of concrete per square footfor various slab thickness*3”4 605.73024”6”.694.819* Apply only for areas over FLANGEforms and joists between them.Bridging joists, special headers, beam tees, etc., not included.Concrete Quantities/66” Widths*Depth ofLONGformWidth ofJoistCubic feet of concrete per square footfor various slab thickness*3”4 427.55224”6”4.72.597* Apply only for areas over LONGforms and joists between them.Bridging joists, special headers, beam tees, etc., not included.Voids Created by Slim Module Long FormsShaded areas below indicate standard filler widthsDepth ofLONGformCubic feet of void created per linear foot by width ofLONGform66” width30” width20” �8.9353.9332.54424”10.6674.6673.000DIMENSIONS
CECOCONCRETE.COMFLAT PLATEThe FLAT PLATE system can be the mosteconomical system to form, although itusually requires more concrete and morereinforcing steel than a ribbed system.It’s ease of construction makes it costeffective for projects with moderate tolight loads, relatively square bays wherethere are multiple bays in each direction,and where spans are in the 15’ to 25’ range.With the FLAT PLATE system, floor-to-floorheights are shallower than those of othersystems, creating a savings in exteriorskin and other vertical components of thefinished building.The FLAT PLATE system is the predominantframing method for hotels and multifamily housing projects over three stories.The 6” to 8” floor thickness is a minimumstructural depth creating shorter buildingheights while exceeding code-requiredfire ratings. The flat soffit readily acceptsa cost-effective, spray-on ceiling finish,eliminating the need for more costlyalternatives.FLAT PLATES are normally formed againsta wood ply-form panel whose uncut,standard size is 4 x 8 feet. Ply- form panelsare available with a wide range of surfacetreatments which produce a range offinishes in the con- crete. The variationin finishes are slight. Surface treatmentshave more to do with panel durabilitythan con- crete finish (See APA PS 7-83).Taping and caulking of form panelsshould be avoided since this typicallyleads to increased costs and unsightlyFLAT SLAB /FLAT PLATE WITH DROPSThe FLAT SLAB system is more costlyto form than the FLAT PLATE system,but has similar characteristics. It usesmore concrete and reinforcementthan a ribbed system, but its ease ofconstruction makes it cost effective forprojects with moderate to moderatelyheavy loads, relatively square bayswhere there are multiple bays in eachdirection, and where spans are in the 25’to 30’ range. The addition of the droppanels at the columns to handle theincreased shear makes this possible (studrails are often subbed). The premiumcost for this system for longer spansand moderately heavy loads may wellbe justified to accommodate zoningrestrictions on building heights, orrelatively expensive building exteriorsurface treatments by minimizing thetotal footage of exterior cladding. TheFLAT SLAB system has been used for awide range of building occupancy uses,but as structural concrete, has beenleft exposed in subterranean parkingareas with acceptable results. Ceco’spreconstruction services can be valuablein determining applicability.form joists. Specifying an applied finishedseals, broken grout fins and minorpanel offsets is one way to smoothout joints when necessary. A Cecorepresentative can discuss variousapproaches to help you find the one mostappropriate for your project.
CECOCONCRETE.COMBEAM & SLAB PARKING SYSTEMSUsually BEAM & SLAB systems arerecommendedonlyforspecialapplications, as there are often morecost- effective alternatives. One of thespecial applications is the long-span, posttensioned beam and slab system that ispopular for column-free, free-standingparking structures.Ceco MEGA STEEL BEAM SYSTEMCeco’s MEGA STEEL BEAMform is theprimary component for the BEAM & SLABPARKING SYSTEM.Ceco’s MEGA STEEL BEAMform is built witheither a 14” fixed or 16” split- bottom widthand 30” beam side depth. The fixed widtheliminates the seam in the soffit, whilethe split bottom allows for adjustments inform width by adding fillers. Both Shoring& re-shoring of slabs are eliminated whenusing this system.Slab soffits are formed utilizing Ceco’saluminum MEGA BEAM and plyform.Panels are fabricated capable of freespanning from beam side to bead side (upto 21’ 2”). The finish produced is smoothand even-colored complimenting theMEAGE STEEL BEAMform finish.Ceco STEEL BEAM SYSTEMCeco’s standard STEEL BEAMformsaccommodate beam widths of 14” to24” and beam side depths of 27” to 31”.Soffit width adjustments are achieved bysplitting the soffit to add filers to increasethe width. Adding form increments to thetop or build-ups in the soffit can modifybeam depth
CECOCONCRETE.COMBEAM & SLAB PARKING SYSTEMSSlab soffits can be handset or made intopanels. Using either method, more shoringand re-shoring will be required than the MEGABEAM system. Both beam-forming systemswill produce a smooth concrete finish withoutthrough ties.Typical Beam forms (up to 60’) along with eightfoot wide slab panels can be easily installed andremoved with the aid of mechanical equipment,which reduces the number of constructionworkers required, and does so while minimizingcrane requirements.BEAM & SLAB HANDSET SYSTEMBEAM & SLAB construction is generally the mostexpensive framing method due to the highmaterial and labor costs involved. Maintaininga constant beam depth throughout the projectcan minimize costs. For instance, where spansor loads require added capacity, increase thebeam width instead of the depth.For parking structures that can’t accommodateCeco’s MEGA STEEL BEAM- form or standardSTEEL BEAMform system, beam framingsystems are available that will accommodateother beam widths and depths. Repetition ofbeams sizes and bay spacing are the key tominimizing cost.
CECOCONCRETE.COMFIBERGLASSdomes (Waffle)FIBERGLASSdomes are available in 3’, 4’and 5’ modules for two-way joist or waffleslab construction. Other modules anddepths are available on a custom basis atadditional cost. Because these forms areavailable in wider modules and deeperdepths, longer spans up to 50’ can beaccommodated efficiently.Though fiberglass forms are more costlythan other forms, high reuse within aproject and the elimination of appliedfinish such as ceilings, can make thissystem very cost efficient (though limitedavailability due to natural erosion usuallyrequires the purchase of new forms).For critically exposed work, these arethe forms to specify. These forms areone-piece, molded, fiberglass reinforcedplastic or steel manufactured to exactingrequirements. They are installed bybutting one form to the next for standardjoist widths. This butt joint will bereflected in the finished concrete. Cecorepresentatives can share their insightswith you regarding form selection.FIBERGLASSdomesDepthof DomeCubic feet of void created by Design Module3’0” Module(30”x30” Void)4’0” Module(41”x41” Void)5’0” Module(52”x52” 7417.1428.3324”10.1820.0533.33VERTICAL SYSTEMSCOLUMNS - Ceco has a variety of formsfor round, square or rectangular columnsmade of steel, wood or fiber- glassreinforced plastic. The most cost effectivecolumns are round and are a constant sizevertically through the building. Next aresquare and rectangular forms of constantmodular dimensions (see CRSI StructuralBulletin No. 11). However, if specialshapes are required, Ceco will customizecolumns to meet your requirements.with concrete finish (see APA PS 7-83).There is a wide variety of form liners forarchitectural treatment, but architecturalconcrete, which is covered in Chapter5 of ACI 374, is beyond the scope ofthis publication. Straight interior walls,without offsets, corners, pi- lasters orspecial facings are the least costly. Cecorepresentatives will work with you toaccommodate the conditions of ourproject.WALLS - Ceco has a variety of formsfor various wall forming requirements.Plyform-faced are the most common andare available with a wide range of surfacetreatments which produce a range offinishes on the concrete. TheVariation in finish is slight. Surfacetreatment of plyform has more to do withpanel durability for reuse thanSTAIRS, SPANDRELS & MISCELLANEOUS- Much of the foregoing discussion onwalls applies to these building elementsas well. By contacting your local Cecooffice, you can tap into a valuableresource for assistance on these andother special features of your project.DIMENSIONS
CECOCONCRETE.COMGENERAL SPECIFICATIONSCONCRETE JOIST CONSTRUCTIONFORM MATERIAL1. Pan form units used to form ribbedslab or concrete joist constructionshall be manufactured to standarddimensions unless otherwise shown.Standard dimensions areas specifiedin ANSI A48.2-1986 for two-waysystems as referenced in the Manualof Standard Practice, published byCRSI.2. The pan form units shall be ofsufficient gauge material withstiffeners or bracing to safely supportthe loads from wet concrete andconstructionoperationswhilemaintaining tolerances referencedherein. Steelforms shall be 14 gauge,cold formed, hot-rolled, high carbonsteel. Fiberglass reinforced plasticforms shall have a minimum of 1/8”thickness of fiberglass material with a15-mil thickness gel-coat finish.3. The pan form units may be either4.5.new or conditioned and may containholes up to 1/8 inch in size. Steelformunits may have surface rust, but shallbe free from scaling.Fillersizeunitsofsimilarcharacteristics shall be used asrequired or shown on the structuraldrawings.Form units shall be slope-sided foreasy form removal. Slope shall be aminimum of 1” in 12”.INSTALLATION1. Pan form units shall be fastened tothe supporting framework in such a2. way that the required position ismaintained throughout concretingoperations.3. Anon-stainingformreleaseagent shall be applied to all formsurfaces prior to the installation ofreinforcement or other embeddeditems.4. Attachment to form units shallbe accomplished using a specialdome rivet supplied by the formingcompany. The use of sheet metalscrews is prohibited.5. Grout leakage at joint locations ispermitted.6. In-place concrete shall not bestructurally damaged during formremoval operations.7. Pan form units may be reusedto complete project formingrequirements, provided they are freefrom concrete build-up and meet thetolerances listed herein.STRUCTURAL SLABS, BEAMS,COLUMNS, WALLS, STAIRS ANDMISCELLANEOUS STRUCTURALCONCRETE ELEMENTSFORM MATERIAL1. Form material shall be flat and true,conforming to the elevations andlines on the structural drawings.2. The forms shall be of sufficientmaterial thickness with stiffeners orbracing to safely support the loadsfrom wet concrete and constructionoperationswhilemaintainingtolerances referenced herein
CECOCONCRETE.COMFORM SPECIFICATIONSNote: See General Specifications onPage 11 for Form Materials.not exceed those listed for Class Din Section 3.4 of Guide to Formworkfor Concrete, published by ACI,(formerly Section 3.3.8 of ACI 347-78,Recommended Practice for ConcreteFormwork.)WIDE FLANGEforms1.2.Pan form units used to form ribbedslab (beam and slab) construction andshall be steel, segmented, lap-type,mail-down pan forms as provided byCeco Concrete Construction.Standard lengths units shall be 4 feetor 5 feet 9 inches. Filler units shallbe 2 feet. No skip joist forming orplating will be allowed.INSTALLATION1. Irregular offsets at lap and flangelocations are acceptable providedthey do not affect the structuralintegrity of the rib slab construction.2. Permitted irregularities in formedsurface of rib slab construction shallnot exceed those listed for Class Din Section 3.4 of Guide to Formworkfor Concrete, published by ACI,(formerly Section 3.3.8 of ACI 34778, Recommended Practice for Concrete Formwork.)FLANGEforms1.2.3.Pan form units shall be used toform the ribbed slab (one-way joist)construction and shall be steel,segmented, lap-type, nail-down panforms as provided by Ceco ConcreteConstruction.Filler units, standard single taperedend forms, and cover plates shall beused as required.Standard length units shall be 3feet. Filler units shall be 1 or 2 feet.Standard single tapered end unitsshall be 3 feet.INSTALLATION1. Irregular offsets at lap and flangelocations are acceptable providedthey do not affect the structuralintegrity of the rib slab construction2.Permitted irregularities in formedsurface of rib slab construction shallWIDE LONG FLANGEforms1.2.Pan form units used to form ribbedslab (beam and slab) constructionand shall be steel, segmented, laptype, pan forms as provided by CecoConcrete Construction.Standard lengths units shall be 8feet, 12 feet and 16 feet, and shallbe used in combinations withstandard FLANGEforms to achievethe desired void lengths. WIDE LONGFLANGEforms shall be used whereverpossible.INSTALLATION1. Irregular offsets at lap and flangelocations are acceptable providedthey do not affect the structuralintegrity of the rib slab construction.2. Permitted irregularities in formedsurface of rib slab construction shallnot exceed those listed for Class Din Section 3.4 of Guide to Formworkfor Concrete, published by ACI,(formerly Section 3.3.8 of ACI 34778, Recommended Practice for Concrete Formwork.)LONGforms1.2.Pan form units used to form the ribbedslab (one-way joist) constructionand shall be single piece steel bodywith end caps as provided by CecoConcrete Construction.The pan form body units shall befabricated to accommodate the voidlengths required by the structuraldrawings.INSTALLATION1. Permitted irregularities in formedsurface of rib slab construction shallnot exceed those listed for Class Din Section 3.4 of Guide to Formworkfor Concrete, published by ACI,(formerly Section 3.3.8 of ACI 347-78,Recommended Practice for ConcreteFormwork.)FIBERGLASSdomes1.Dome type pan form units shallbe used to form ribbed slab (twoway joist) construction and shallbe one- piece fiberglass dome panforms as provided by Ceco ConcreteConstruction.INSTALLATION1. Irregular offsets at flange jointlocations are acceptable providedthey do not affect the structuralintegrity of the rib slab construction.2. Permitted irregularities in formedsurface of rib slab construction shallnot exceed those listed for Class Cin Section 3.4 of Guide to Formworkfor Concrete, published by ACI,(formerly Section 3.3.8 of ACI 34778, Recommended Practice for Concrete Formwork.)FIBERGLASS LONGdomes1.Pan form units shall be used toform ribbed slab (one-way joist/beam and slab) construction andshall be one-piece fiberglass panforms as provided by Ceco ConcreteConstruction.INSTALLATION1. Irregular offsets at flange jointlocations are acceptable providedthey do not affect the structuralintegrity of the rib slab construction.2. Permitted irregularities in formedsurface of rib slab construction shallnot exceed those listed for Class Cin Section 3.4 of Guide to Formworkfor Concrete, published by ACI,(formerly Section 3.3.8 of ACI 34778, Recommended Practice for Concrete Formwork.)
CECOCONCRETE.COMCeco Concrete Construction, L.L.C.10100 NW Ambassador Dr.Kansas City, MO 64153(816) 459-7000www.Cecoconcrete.comOffice Locations:Chicago, ILKansas City, KS2626 Warrenville RoadSuite 500Downers Grove, IL 60515(630) 852-05059135 Barton Overland ParkKansas City, KS 66214(913) 362-1855Cincinnati, OH4535 Port Union RoadHamilton, OH 45011(513) 874-69532701 NW Boca Raton Blvd.Suite 105Boca Raton, FL 33431(813) 622-8080Detroit, MIMinneapolis, MN9378 North Lilley RoadPlymouth, MI 48170(734) 455-3535Hartford, CT23 A Old Windsor RoadBloomfield, CT 06002(860) 242-6960Honolulu, HI1003 Bishop St., Suite 700Honolulu, HI 96813(808) 536-8725Houston, TX14300 Cornerstone Village,Suite 217Houston, TX 77014(832) 286-1673Miami, FL15924 Lincoln St., NEHam Lake, MN 55304(763) 434-4637New Orleans, LA3748 North Causeway Blvd.Suite 201Metairie, LA 70002(504) 733-2485Phoenix, AZ7855 S. River ParkwaySuite 115Tempe, AZ 85284(480) 838-4230St. Louis, MO5757 Phantom Dr.Suite 160Hazelwood, MO 63042(314) 863-2326Salt Lake City65 E 13730 SouthSuite 220Draper, UT 84020(801) 261-0600San Antonio, TX2829 Thousand OaksSan Antonio, TX 78232(210) 496-5922Seattle, WA18000 72nd Avenue S.Suite 202Kent, WA 98032(253) 852-2400Syracuse, NY119 Genesee StreetSuite C Chittenango, NY 13037(315) 687-6764Tampa, FL3218 Parkside Center CirTampa, FL 33619(813) 622-8080
Ceco is a design-assist structural concrete contractor that takes a holistic approach to project success, from concept to completion. We actively employ design professionals to increase our ability to provide accurate and meaningful value en
Engineered metal buildings have long been a construction industry standard for versatility, ease of use, speed of delivery, quick erection, durability and low maintenance. Ceco specializes in the custom design and engineering of a variety of metal building systems, and our extensive range of structural
The Ceco CExpress quick ship program gives you the edge to supply high quality, hollow metal doors and frames with speed and simplicity in as little as two days . You can count on Ceco for service and delivery to meet any emergency needs of your customers . Fast 2
Ceco thermal break frames incorporate insulating material for maximum heat retention in cold conditions Ceco uses environmentally-sound practices in the manufacturing and shipping of our hollow metal doors and frames. Let us help as you strive to design “Green” buildings
installation. never install any product if its quality is in question. notify ceco immediately if any product is believed to be out of tolerance or has been damaged during shipment. if there is conflict between project erection drawings provided or approved by ceco and details in this manual, project erection drawings will take precedence.
CECO's mission is to be the best company in the oil and gas industry in safety, quality, and customer service. Since its beginning in 1964, . RICE: 40 CFR 63 - ZZZZ MACT Permit by Rule, State Specific Test methods commonly used: 1, 1A, 2, 3A, 4, 7E, 10, 19, 20, 22, 25A, 320, ASTM D6348 9. TRYCECO.COM CECO MAIN OFFICE
techniques, Ceco Door and Curries produces metal doors and frames to meet the full range of safety, security, and aesthetic requirements. Ceco Door and Curries are also today’s premier providers for specialty door and frame solutions
Ceco Door Commercial Steel Door and Frame Correspondence Course Ceco Door Commercial Steel Door and Frame Correspondence Course 15 Interpreting Architectural Symbols Figure 1-11 Alphabet of Lines Symbols Building a structure of any type involves using a great number of raw or processed ma
men’s day worship service. It is recommended that the service be adjusted for specific local needs. This worship service is designed to honor men, and be led by men. Music: Led by a male choir or male soloist, young men’s choir, intergenerational choir or senior men’s choir. Themes: Possible themes for Men’s Day worship service include:
