Concrete floor load capacity chart. 7 is used for both dead and live load capaci­ ties.

Concrete floor load capacity chart capacity Floor Loading, also referred to as Ground Pressure, is an industry term used to determine whether a given floor The capacity of a floor would lead one to first consider the weight of the machine, but also the machine length and width; wheel size and material; and weight distribution, which are all with lightweight cement for strength Find Mid-States Concrete Industries Load Tables for 8"X48" Hollowcore, 10"X48" Hollowcore, 12" 48" Hollowcore and 16"X48" Hollowcore, both with no structural topping, as well as a 2" Structural Topping. A in. Soil-bearing capacity and the average gravity loads (dead, live, and snow) determine footing size. Most building codes are based on the International Residential Code (IRC). 3 – Estimated camber at erection, in. Side walks, barn and granny floors : 5 - 6 inches (0. 88. Leveraging advanced techniques and thorough analysis Mezzanine Type: This is the type of mezzanine floor, which can be steel, wood, or concrete. 4 – Estimated camber at erection, in. composite metal decking - 50 ksi steel yield - 3 ksi concrete strength - 2 hour fire rating 15 20 25 30 35 40 45 Classification %PDF-1. 1R-15. What is a normal floor live load? A normal floor live load refers to the weight that a floor is designed to support from occupants, furniture, and other temporary or movable loads. It is essential to assess the expected traffic and weight loads that the slab will need to bear in order to determine the appropriate thickness. Com will give you the most detailed and in-depth explanation with years of access floor manufacturing experience. . , the floor load capacity is given in pounds per square foot. contact area = 3. It computes the Total Floor Load (W_total) by summing up the Dead Load (DL) and Live Load (LL). PRELIMINARY DESIGN OF PRECAST/PRESTRESSED CONCRETE COMPONENTS CHAPTER 3 PCI DESIGN HANDBOOK/EIGHTH EDITION 3 3. ft. Floors - Ctr Wall Ld Thickness: Calculate the required thickness of a concrete slab-on-grade floor to support a wall load at the center/interior or on a How to Use a Concrete Slab Load Capacity Calculator: Input Data Collection: Begin by gathering necessary parameters like slab thickness, concrete strength, reinforcing yield, subgrade modulus, and load data. Example of Calculator: Let's say you have an office floor with a total area of 1000 square feet. This calculator is commonly used in construction and engineering to ensure that a concrete The compressive strength directly corresponds to its load bearing capacity. L. Particularly if you plan on increasing rack storage, density, height or weight, be certain your floors can carry the load. 125 m) Load capacity of simply supported concrete slabs. , “Slab Thickness Design for Industrial Concrete Floors on Grade,” IS195. ” Journal of Structural Engineering, ASCE, January 1997, pp 99-103. For example, if a JLG machine is working on a freshly poured concrete slab, that slab will have a lower floor load capacity than a fully cured slab. Online Concrete Slab on Grade Analysis Calculator For Slab Subjected to Interior Concentrated Post or Wheel Loading Assuming Slab is Reinforced for Shrinkage and Temperature Only. 3. 01D) - by Robert G. Fire Resistance All slabs have 1 hour fire resistance. what is floor loading capacity? A floor load capacity is the maximum weight a floor is built to support over a given area. Load Capacity = Floor Area x Floor Load x Load Capacity Factor. If • Packard, Robert G. For example, a residential driveway will have different load requirements than a commercial warehouse floor. Leave a Comment Cancel reply. Occasionally we are asked "What weight can my access floor support"? This is commonly referred to as the concentrated load rating of the access floor panel. Example: 4000 psi; Slab Thickness (t): How to Use the Concrete Floor Load Capacity Calculator Here’s a detailed explanation on how to use the Concrete Floor Load Capacity Calculator: Input the Dimensions and Material Properties: Concrete Strength (f’c): Enter the compressive strength of the concrete in pounds per square inch (psi). Anchor design applications. 53 13. Move to right to post spacing, y = 4. Facebook-f Twitter Google-plus-g Linkedin-in Instagram. ) Load capacities shown include dead load of 10 lb/ft2 How to Use the Concrete Floor Load Capacity Calculator Here’s a detailed explanation on how to use the Concrete Floor Load Capacity Calculator: Input the Dimensions and Material Properties: Concrete Strength (f’c): Enter the compressive strength of the concrete in pounds per square inch (psi). Understanding Loads in Raised Floor System Environments including static loads, dynamic loads, other performance criteria and industry standards. 2 – Estimated long-time camber, in. For the purpose of structural design, all loads on floors are generically categorised into dead load and live load. 4D and l . “Load Carrying Capacity for Concrete Slabs on Grade. Concrete floor specifications for warehouse and industrial buildings usually include base and subbase materials, thickness, strength, mix components, and more. 0 tonne unit loads, 6 tonne end frame How much weight capacity required for different applications of raised access floor? Regard to the weight capacity and load rating of the Raised Floor, AccessFloorStore. Solutions Project Type Load / Span Charts for 225mm deep beams at varying centres. The limiting factor that you need to consider is the strength and compaction of what's under the concrete. 2—Slabs-on-ground The garage floor weight capacity should only be seen in the context of the load, not the weight. 5 kN/m² : Shelving: End frame of 4. Floor instability means that your people and business are endangered. 24" OC. I called the original engineer but he is pushing 100 years old and was not much help. Move to right to eff. This distance is necessary in order to ensure the adhesion of the reinforcement to the concrete; the larger a, the better the #12 "Re: Calculating the Load Bearing Capacity of Concrete Floors" by CaptMoosie on 06/16/2010 8:25 AM (score 1) #4 "Re: Calculating the Load Bearing Capacity of Concrete Floors" by Idrivetrains on 12/04/2009 10:28 AM Even though design loads can be treated as an independent variable in concrete slab design, Peters [186] reviewed experimental data of real loading on office buildings and found an average of 0. How to Calculate Load in kN? If you have the mass in kg - the load in kN can be calculated as. )V!+fKqZ+9mdX"K4TlW!sQ*L*?Yc`WlYs)1eO`!DpcYNYN],@E@. Thus the reduction in thickness causes a 12 percent reduction in load-carrying capacity. 75" Strand Cover No Structural Topping 2" Bonded Structural Topping flooring is designed to receive a levelling screed or other approved flooring system. Capacity of sections of other configurations are : similar. What Is Floor Load Capacity? The floor load capacity is the maximum weight a floor is engineered to support over a given area. 2R for suspended floors. Materials like steel and concrete have high strength Shentu, Longmei, Dahua Jiang and Cheng-Tzu Thomas Hsu, “Load-Carrying Capacity for Concrete Slabs on Grade,” Journal of Structural Engineering, ASCE, pp. In the U. 16" Floor Double Tees 10 FT Wide Transformed Composite Section Properties WIDTH 10' I (in4) St (in3) 4. The span/load tables we have provided will give you typical performance figures in a range of common scenarios. Note that the Class increases with increasing load - Dead Load includes system self weight (slab + steel) - Superimposed dead load = 25 psf (partitions + MEP) - Loads are uniformly distributed over bay area - 4 1/2 in. High Load Capacity Hollowcore floors can be designed to support the heavy loads required in most factories, warehouses and storage buildings. )” The author would add to The calculator estimates the floor load capacity based on the provided parameters. Factors Affecting the Weight Capacity of Different Floor Types Concrete Floors. Reading down the table, you see that the code calls for a Finally, our entire prestressed concrete floor beam products are ½ hour fire rated. Length (meters): Width (meters): Depth (meters): Concrete Density (kg/m³): Wastage Percentage (%): Calculate The concrete load calculator can aid you in figuring out the weight of concrete necessary for each step, further informing your design based on expected Click the "Calculate Floor Load Capacity" button. How Much Weight Can a Raised Access Floor Hold? The weight load capacity range for standard raised access flooring ranges from 950 pounds - 1250 pounds. Then click “calculate” to find the maximum floor load or weight capacity of the concrete floor Learn how to maximize concrete slab load capacity through understanding factors, limits, and interpreting charts for optimal structural integrity. is Not Recommended POWDER FASTENER & LOAD SELECTION CHART Note: When performing calculations by non-professional designers, I recommend underestimating the value of the compressed zone ξ R by 1. 62/6) squared = 0. ) Wheel Floor loading capacity and ground bearing pressure are similar in nature, but they are not the same. Don’t worry about the calculations! I built a porch with a 2x4 floor with 3/4" OSB for flooring. Concrete floor eliminates squeaky floors; Precast floors are manufactured on high quality steel beds and, where appropriate, are suitable for direct decoration. Available for a 2 Hour Fire Rating, 3 Hour Fire Rati UNIFORM LIVE LOAD ARRANGEMENT: Generally, the slab capacity is checked against the condition where the dead and live loads are uniformly distributed. 500 kg/m2 is typical for office, The following sections from the PCI Design Handbook include interaction curves, load tables, and section properties for various precast concrete components. 4 y b in. Camber details - view. ANSI MH16. 6—Finishing Class 6 floors and monolithic-surface treatments for wear resistance 8. Following these specifications, all floors in those non-sleeping rooms have a minimal live floor load of 40 Floors - Live Loads; Use Live Load (psf) (N/m 2) Attics, no storage with roof slope no steeper than 3 in 12: 10: 479: Attics, limited storage: 20: 958: Balconies: 60: 2873: Decks: 40: Load capacity of simply supported concrete slabs. A floor load capacity may be The reliability of the calculated load capacity may be lower as it does not account for factors such as the amount of compaction of the concrete or the amount of material used. Assuming a total floor load of 50 psf (40 psf live load plus 10 psf dead load), a tributary area of L/240 and L/180 and maximum loads controlled by bending and shear capacity. For precise A Concrete Slab Load Capacity Calculator is a web-based tool used to estimate the maximum load-bearing capacity of a concrete slab. R. Plank self-weight and 2” concrete composite topping are both included, and do not need to be added to your design loads to compare to these load tables. If the fastener does not completely set, use the next higher load and repeat the process. , Jiang, D. Specific design requirements for concrete floor construction are found in ACI 360R for slabs-on-ground, ACI 223R for shrinkage-compensating concrete floors, and ACI 421. With 100mm thick blocks (max density = The capacity of a beam is determined by several factors, including: Material: The strength and type of material used to construct the beam play a major role in determining its capacity. 6 Your floors can make all the difference. Or, if a JLG machine is working on Floors - Center/Joint Wall Load: Calculate the maximum wall load that the maximum wall load that a concrete slab-on-grade floor can support at a joint or at the center/interior of the slab. Raised Floor System Weight Load Capacity Explained Concrete Footing Size Chart with Standard Widths These numbers come from assumptions about the weights of building materials and the live and dead loads on roofs and floors. These tests are conducted on cylindrical concrete specimens (per ASTM C39) using a machine that compresses the cylinders until they crack or break completely (see Concrete Testing Procedures). 95-103, January 1997. 7 is used for both dead and live load capaci­ ties. where a is the distance from the center of the reinforcement cross-section to the bottom of the beam. Load capacity calculations are critical for ensuring The Floor Load Capacity Calculator is a crucial tool used in engineering, architecture, and construction to determine the total load a floor can bear. 1 – Estimated long-time camber, in. Keep in mind that this is the typical capacity, not an across-the-board You can estimate the expected change in floor load-carrying capacity due to reducing the thickness from 6 inches to 5. Structurally, a hollow-core building system provides high load capacity for floors, open clear spans, high vibration resistance, 3550 – Superimposed service load capacity, lb/ft 0. Learn more about the differences between these two specs. S. 9 in Taracon Precast Hollow-core Plank Load Table E6" x 48" SECTION 1. "Slab Thickness Design for Industrial Concrete Floors on Grade" (IS195. 25 for 7-day loading. 11—Finishing lightweight concrete ϕ b = Resistance factor for bearing; f c = Specified concrete strength (psi); A 1 = Area directly loaded in bearing (in 2); A 2 = Area of the lower base of a frustrum, pyramid, cone, or tapered wedge contained wholly within the bearing support and having its upper base equal to A1. No, a concrete slab load capacity chart is specific to the type of slab being used (such Compute tributary carriage length and then calculate the track load from the Track Loading Chart. 8 Solid Flat Slab Load Tables Load capacities shown include dead load of 10 lb/ft2 By reducing maintenance costs, extending the slab’s lifespan, enhancing load-bearing capacity, and preventing structural issues, you can ensure a durable and reliable floor. For a more exact analysis, factored loads of 1 . 6 Hollow-Core Load Tables (cont. 5—Finishing Class 4 and 5 floors 8. Post Load = psi: Ss = WS/(P/1000) Slab Thickness, t = in. 9—Finishing Class 9 floors 8. 2) Product suggestions may not be suitable for all types of base materials. 62 inches instead of 6 inches as follows: (5. 7L should be considered. Name Email Website. So how do you calculate the garage floor weight capacity or in other words the concrete slab load capacity? Well there are 2 Download anchor selector charts. Cement to Sand Ratio Calculator. 5 tonne end frame : Mezzanine Floor: Design load 3. Add the fact that a lot of traffic went through there. Tables for topped sections are based on a topping strength of 3,500 psi and minimum thickness of 2 inches. Table 1 describes the nine classes of concrete floors according to ACI 302, Guide to Concrete Floor and Slab Construction. Enter the length of the span in feet. 5. Packard Truck Rated Capacity (lbs. 01D, Portland Cement Association, Skokie, Illinois, 1976. A load factor of 1. S in. Flatness/levelness requirements and measurements are outlined. F = m g / 1000 (1) where. Products & Services Solutions Tools & Support Find A Plant Concrete Calculator Regenera Solutions. ) Total Axle Load (lbs. In residential buildings, a typical normal floor live load can range from 40 to 50 pounds per square foot (PSF), depending on local building codes and regulations. Total Floor Area = 1000 square feet; Floor Occupancy Type = Office; Floor Load Capacity: 100000. Start with the lightest load available. Generally I have a tenant that has asked about the load limit of the floors in our building. Design Optimization: Optimize floor design and construction by accurately determining load capacity, allowing for efficient use of materials. The concrete floor slab system shown below is for an intermediate floor to be designed considering partition weight = 20 psf, and unfactored live load = 40 psf. Flat plate concrete floor system does not use beams between columns or drop panels and it is usually suited for lightly loaded floors with short spans typically for residential and hotel q= Total Area / Total WeightRaised Floor Static Loading Rating Chart. Example Calculation: Length of Floor: 20 feet; Width of Floor: 10 feet; Thickness of Floor: 6 inches; Floor Material: Concrete; Applied Load on the Floor: 100 pounds per square foot; After clicking "Calculate Floor Load Capacity," the calculator will provide the estimated total load-bearing Guide to Concrete Floor and Slab Construction Reported by ACI Committee 302 ACI 302. Enter Inputs: Fill in the RAISED FLOOR LOADING CAPACITY. This table details some of the special considerations and finishing techniques that are appropriate for each class of floor. Enter chart with slab stress = 2. 5 kN/m2 (153 kg/m2) in domestic buildings to approximately 1 0 kN/m2 (1053 kg/m2) in heavy industrial areas. , Hsu, T. 1R and 421. They are made up of cement, aggregate, and water, which form a solid structure once they harden. 10—Toppings for precast floors 8. Source product load capacity tables and other design information to meet your design Load tables are based on a plank concrete strength of 5,000 psi. For laymen, it may also be expressed as Kilogram/square metre or Kg/m2. However, it is often the perception that the concrete floor is one of the most straight forward elements of the project, and many times the overall attention paid to design and construction detail is less than proportional to its ultimate importance in the efficient Allowable Superimposed Load in lbs/ft 2Allowable Superimposed Load in lbs/ft Concrete Strength: f'c = 8,000 psi at 28 days I = 719 in4 Y b = 2. 00 pounds. Remainder is live load. 1 Sleeping areas and attic joists. Below is a table that summarizes the static load ratings for raised floors, including Concentrated Load, Uniform Load, and Ultimate Load, along with typical areas of use and the grading of the floor in terms of load-bearing capacity. 9 Rectangular Beam Load Tables Normalweight concrete Section Properties Designation b in. 1) This chart is presented as a guide only. Knowing The Actual Load Capacity By Doing 203 – Superimposed service load capacity, lb/ft2 0. It considers various parameters like slab thickness, concrete strength, subgrade modulus, and applied loads to determine stress factors, flexural capacity, bearing capacity, and CHAPTER 3 PRELIMINARY DESIGN OF PRECAST / PRESTRESSED CONCRETE STRUCTURES 3–32 3 PCI DESIGN HANDBOOK/SEVENTH EDITION Strand Pattern Designation 76-S. If The maximum live load capacity of a floor is influenced by factors such as the span of the supporting beams, the strength of the flooring material, and the intended use of the space. Comment. It will hopefully help the specifier gain an understanding of the product when specifying beam and block floors. 1, “Specification for the Design, Testing, and Utilization of precast concrete helps manage heating and cooling demands, resulting in reduced energy costs. (1997). In India, this capacity is usually expressed as Kilonewton/square metre or Kn/m2. You can access tables from Auswood International Pty Ltd ─ Load tables for concrete slab thickness & Class of finish CLASS 3 CONCRETE Prop WLL = 17 kN — Loads in red indicate prop nominal slab load in excess of Typical uniformly and concentrated floor loads are indicated below. 2 I in. 3. To increase the concrete weight limit, there are several different factors that we may adjust to reach the necessary compressive strength. The maximum wheel load may be calculated in a similar manner. Concrete Walls - Volume A chart explaining the load capacity of concrete slabs. F = Enter the compressive strength of the concrete in pounds per square inch (psi). Load capacities shown include dead load of 10 lb/ft2 for untopped members and 15 lb/ft2 for topped members. With a live load capacity of 40 PSF, the floor can support up to 4,800 pounds of live load Testing is the only way to determine whether a concrete mix has enough compressive strength, or load-bearing capacity, for the intended use. Home; we began our life as block and beam floor suppliers, and we have grown into one of the largest suspended concrete flooring specialists in the region. 75 tonne unit loads, 4. These load span tables are split into three types – wide centres (Full width – 440mm), alternating wide and How long will the members be loaded? Full-time loading (floor joists) serves as the benchmark value. See our load span templates for beam and block flooring. Should I be breaking out the floor to pour thicker pads where the machines should go? Do many of you run your machines on plain concrete floors? Similar Threads: QULE KIT POUR MACHINE CNC POUR BOIS; I Beam Load Capacity; Restore- United 4802 1000 lbs. normal weight concrete topping - 3 in. Enter the thickness of the concrete slab in inches. Concrete floors are generally stronger and more durable than wood floors. Concrete Slabs - Volume Estimates Estimate required concrete volume per sq. Table 3 capacities may be adjusted for panel type using Table 4. 1 - 0. 0. . 15 m) Porches, Home garage floors : 4 - 5 inches (0. Load-span table - view. Rebar doweling; Anchoring base plates hole cleaning with the VC 140 “vac pack” and a Hilti Hollow Drill Bit—the only system designed to work in damp concrete without load reduction. Quick Links 8. MULTI-SPAN, NORMAL DURATION OF LOAD, DRY R502. Allowable span tables are provided that greatly simplify the determination of Where high wall line loads are present, the outer core can be filled solid to further enhance load transfer capacity of the slab. ii. ) Load capacities shown include dead load of 10 lb/ft2 Too much weight will cause the floor to crack - or worse. Long-time cambers include superimposed dead load Imposed loads varies from approximately 1. 4—Finishing Class 1, 2, and 3 floors 8. 1 – Estimated camber at erection, in. 15 to yield snow-load values and by 1. Beam and block load span tables. The safety, security, and high fire resistance it offers keep insurance rates low as well. 0 tonnes: Medium: Pallet Racking: 4 levels (one on floor) of 1. 3) N. These include: Sub Base 119 – Superimposed service load capacity, lb/ft2 0. Slab Stress/1000 lb. Enter the safety Input the values of Modulus of subgrade and elasticity, slab thickness, and extreme fiber stress. 210 – Superimposed service load capacity, lb/ft2 0. 7—Finishing Class 7 floors 8. This chapter covers wood floor framing, wood floors on the ground, cold-formed steel floor framing and concrete slabs on the ground. 8 Solid Flat Slab Load Tables (cont. 8—Finishing Class 8 floors (two-course unbonded) 8. 4 – Estimated long-time camber, in. The increase in load-carrying capacity due to the higher-strength Benefits of Using the Maximum Floor Live Load Capacity Calculator. 0 10 0 obj /Length 11 0 R /Filter [ /ASCII85Decode /LZWDecode ] >> stream J. Table R502. The sides of the cone slope 1V:2H (in 2) About this chapter: Chapter 5 provides the requirements for the design and construction of floor systems that will be capable of supporting minimum required design loads. For example, 18 MM EcoPro fibre cement board load capacity (Two way Types of Floor Loading. Load capacities shown include dead load of 10 lb/ft2 for untopped members and 15 lb/ft2 for topped members. When you’re planning significant changes to your facility, you should pay particular attention to your floor. How to Use a Concrete Slab Load Capacity Calculator: Input Data Collection: Begin by gathering necessary parameters like slab thickness, concrete strength, reinforcing yield, subgrade modulus, and load data. h in. Once the input values are entered, the calculator will determine the maximum weight that the mezzanine floor can hold and display it in the output field. 3 wt lb/ft 12RB16 12 16 192 4096 8 512 200 12RB20 12 20 240 8000 10 800 250 12RB24 12 24 288 13,824 12 1152 300 In warehouses and logistics buildings the concrete slab and flooring are critical to the effective functioning of the operations. This can however be enhanced up to 2 hours. Example: 4000 psi; Slab Thickness (t): A concrete slab load capacity calculator is a tool designed to estimate the structural integrity and performance of a concrete slab under specific load conditions. 86 in wt = 44 psf Ic = 1453 in 4 Y bc = 3. It considers factors such as slab dimensions, thickness, and concrete strength to determine the maximum load the slab can support. The Load Capacity Factor varies This tool calculates the load-bearing capacity of concrete structures for you. Holes for Services Per PCA "Slab Thickness Design for Industrial Concrete Floors on Grade" - Figure 7b, page 10 Instructions for Use of Figure 7b: 1. S = straight: Diameter of strand in 16ths: y: superimposed dead load but do not include live load. 1(1) shall be used to determine the maximum allowable span of floor joists that support sleeping areas and attics that are accessed by means of a fixed stairway in accordance with Chapter 5 addresses the design of concrete floors as it relates to their constructibility. Safety Assurance: Ensure that your floor is designed to handle the intended load and meets safety regulations. I criss crossed 2x4s underneath as "beams" in which I placed concrete blocks underneath. The allowable bearing capacity of the soil under the footing has to equal the load imposed by the structure. 5 times. Within each class, unique factors such as local sub-grade conditions, Loading : Class : Limits of Loading : Light: Pallet Racking: 4 levels (one on floor) of 0. We have a multi-story office building with structural steel joists spaced 2 ft apart with 3 inch concrete floors re-enforced with 4 inch wire mesh on top of corrugated decking. Compressive strength of concrete for footings to floors should be 2500 -3000 psi or more at 30 days when poured & cured properly. The typical floor in many regions is made of 6" thick concrete and has a capacity of 25,000 pounds. Many of these codes have a minimal live load that all floors must be able to handle. 47 11,352 3,152 A (in2) 604 Yt (in) Yb (in) Transformed Composite Section Properties WIDTH A (in2) 24" Floor Double Tees 12 FT Wide TABLE OF SAFE SUPERIMPOSED SERVICE LOADS (psf) No matter where you live, you need keep your building up-to-date and abide by local building codes. 0 tonnes : Forklift: Capacity of 2. It can be a disaster if the floor isn't properly built to take the weight of both the platform and its load. What is a Concrete Load Capacity Calculator? A concrete load capacity calculator is a tool used in structural engineering to estimate the load-carrying capacity of a concrete slab. As the load-bearing capacity of the soil decreases, footing size increases to distribute the load to a greater area. It held up my massively heavy wood stove and a stack of wood logs for two years. CHAPTER 3 PRELIMINARY DESIGN OF PRECAST / PRESTRESSED CONCRETE COMPONENTS PCI DESIGN HANDBOOK/EIGHTH EDITION 3 3. Benchmark values are multiplied by 1. Floor Joist Capacities Carrying capacities of domestic timber floor joists - Grade C - metric units. Sizing Concrete Footings. Tributary Carriage Length (example) Figure 3 After the track line loads are calculated from the Track Loading Chart, the floor slab can be reviewed for strength and deflection. 125 - 0. Long-time cambers include superimposed dead load but do not include live load. for a reinforced concrete slab, a unit weight of 24 – 25 kN/m 3 is usually adopted for Compute tributary carriage length and then calculate the track load from the Track Loading Chart. M*0(G]_Z>Ea Aht53`pciujDZ`1 I'm planning to move to a bigger space so I find myself thinking about floor specs. First Printing June 2015 ISBN: 978-1-942727-25-5 manship, joint construction, load transfer across joints, form strip-ping procedures, finishing methods, and curing. For special application conditions for Tables 1, 2 and 3, use the factors listed in Table UNIFORM LOADS (psf) ON APA RATED PLYWOOD STURD-I-FLOOR. qxoy guywwg ugmxmj jknv muwj nlvhm mnwrusu ibrgaq pgvpib rwpnoiev