Hy90 span tables light roof and ceiling. Less warp, twist and cup than double-sawn sections (90mm) The spans given in these tables have been developed by experienced timber design engineers in accordance with NZS3603:1993 and include loading combinations from AS/ NZS 1170. hy90 ® is a laminated veneer lumber (LVL) product developed for use as structural beams where the builder wants consistent performance, coupled with a material that fits within 90mm framing. Supported by technical support and software from Futurebuild LVL. 5m Blocking (or equivalent) at supports (see above) Wall plate or temporary batten 2. 8kN) Section Product Maximum single span of floor joists at a maximum spacing (mm) of: 400 450 600 240x451 SG8 4. Applications will typically be for load-bearing lintels in houses, garage door lintels and beams, or for beams where 90mm width is desired. 15 4. Manufactured in Marsden Point, New Zealand, Futurebuild ® Laminated Veneer Lumber (LVL) is available in a variety of sizes and lengths. 7 to Table 12b Prolam PL12 Bracing Post Verandah or Carport Free Standing 106 KB pdf; Table 3 Prolam Rafter for internal use supporting roof and ceiling 80 KB pdf; Table 8b Prolam Floor Joist PL12 80 KB pdf; Timber Properties Used in Span Table Calculations 73 KB pdf; Flitch Beam Alternative Chart2 27 KB pdf; Hy90 and HyONE Alternative Charts 31 KB pdf Table 1: Commonly Manufactured Futurebuild® LVL Thicknesses Thickness Available in 2 x-band 4 x-band 28mm 3 35mm 38mm 3 42mm 3 45mm 3 63mm 3 75mm 90mm 1. Our products are used across residential, commercial, industrial, formwork and scaffolding applications. Mon-Fri: 7am - 5pm Saturday: 8am - 2pm The span tables and construction details contained in this document have been developed primarily for domestic/residential applications in accordance with the principles and intent of NZS3604:2011 'Timber Framed Buildings'; NZS3603:1993 'Timber Structures Standard'; AS1720. However if either of the above conditions are not met, use the single span tables for the purpose of obtaining the appropriate size. Dimensions for Detailing Floor joists for houses Overall Depth (mm) Nominal clear distance between flanges (mm) Flange Width (mm) hyJOIST Section Code Weight (kg/m) Maximum hole size for services2,3 Single Span hyCHORD ® is a laminated veneer lumber (LVL) product ideal for truss chords in high-load applications where strength and predictable deflection performance are paramount. Available Forest Stewardship Council Span Tables available for use in accordance with AS/NZS 1577 Show more hyPLANK is manufactured in accordance with AS/NZS 4357, Structural laminated veneer lumber and is designed to be used as a non-modular scaffold plank as a part of a working platform in accordance with the requirements of AS/NZS 1576. For beams spanning over 3m, a mid-span upwards pre-camber equal to the span length divided by 500 is recommended to reduce long-term beam sag. Allowing specifiers to optimize performance of a floor design in depth, span, load and cost; Provides greater design flexibility for cost-effective floor layouts; Available in a range of lengths up to 12. Floor loading applied includes an allowance for: • Floor mass not exceeding 40 kg/m 2, unless otherwise notified. hy90 ® is a 90mm thick H1. 0 GPa) beam for large load, large span applications • hySPAN™ (E=13. Table 1 Flooring Thickness 15-21mm 25mm Maximum Nail/Screw Lengths 50mm 60mm Figure 7 Straight to within 1mm per metre of span Span hy JOIST ® BASIC INSTALLATION REQUIREMENTS Figure 6 Temporary batten Max 2. 5kPa/1. Residential Span Tables available - refer to brochures below. com Posts PLX20 Beams PLX Portal Crib Walls Fascia Pergolas Exposed Truss. Get directions. 60 HJ300 452 hyJOIST 5. 1 and AS/NZS 1577. hyJOIST Span tables – floor joists supporting floor loads only – Dead load 40kg/m2, Live load 1. Spacing Tables, such as those for rafters, floor joists and ceiling joists require the spacing of members to be known or selected in order to obtain the hy90 is designed for use in structural beams where high performance and reliability is required. . 2 Treatment. hy90 is designed to fit within 90mm framing and is typically used in load bearing applications such as house lintels and larger span garage door lintels and beams. Our LVL is treated to H1. 5 to 3. All timber shall be separated from concrete or external timber (such as bearers) using a damp proof membrane. 0GPa) truFORM® (E=10 hySPAN ® laminated veneer lumber (LVL) is easy to work with using traditional building tools and is clearly branded for easy identification and your guarantee of quality. 5 3. SG8 spans as per table 7. 8kN. Readily available H1. 90 HJ240 452 hyJOIST 4. 2 treated product with all the benefits of LVL, targeted for use as lintels in residential framing. 45mm thick manufactured in 240x45 and 300x45 hy90 sections for use in joist and rafter applications. Solid Futurebuild LVL products are manufactured in accordance with AS/NZS 4357, Structural Laminated Veneer Lumber. com · Phone 03 526 7436 · 04. 70 4. 2 treated using a glue line and surface spray treatment to the hy90 is a 90 mm thick LVL product hyJOIST is an The span tables and details in this guide for Futurebuild LVL have Structural design is in accordance prolamnz. 4 Comparative Tables hy90® Lintel Substitution Table Specified sawn timber* hy90 (E = 16. 00 290x451 SG8 5. 1 to 3. 80 1. hyONE Laminated Veneer Lumber (LVL) is ideally suited in applications where depth is restricted or when a solution is sought over a steel offering. 0 to 4. 0 kPa may be designed using modification factors from Solid Futurebuild LVL products are manufactured in accordance with AS/NZ 4357, Structural Laminated Veneer Lumber. Readily available H1. 8 INTERMEDIATE RESTRAINT (BETWEEN SUPPORTS) the span tables and technical information in this guide are intended to be used by designers or builders to select the hy90 ® is a 90 mm thick 6216 Great South Road, Horotiu, 3288 PO Box 20256, Te Rapa, Hamilton. 2GPa) hyCHORD® (E=11. The span tables and construction details contained in this document have been developed primarily for domestic/residential applications in accordance with the principles and intent of NZS3604:2011 'Timber Framed Buildings'; NZS3603:1993 'Timber Structures Standard'; AS1720. This creates a full H1. 3 for engineering design in accordance with NZS3603:1993 Timber Structures Standard. 8 3. 0GPa) hySPAN® (E=13. 2 member using market leading technology. 6 GRADES There is a wide range of Futurebuild LVL products suitable for use in LVL structural systems including: hyONE® (E=16. 5 kPa (Snow loads for 1. H1. 1(a) NZS 3604 Floor Joists. 40 4. With hyCHORD, designers can exploit the increased strength properties to typically provide reduced sections (when compared to sawn timber), and utilise the predicted deflection performance to target the ideal level of Available in 10 section sizes and 3 different flange widths. computeIT ®software suite available for specific engineering design. Use these charts to calculate Prolam alternatives to a wide range of common building products including: GL13, HySpan (LVL13), LVL11, HyJoist, Hyne17c, HyOne, Hy90 and Flitch Beams. See full list on futurebuild. 30 3. 30 4. 4. 2 treated using a glue line and surface spray treatment to the requirements of NZS 3640. Characteristic Properties are determined in accordance with AS/NZS 4063. 6 4. 1:2010 'Timber Structures – Design Methods'. 35 5. Straight, true, strong, lightweight and dimensionally stable. 2:2010 and so comply with the provisions of the New Zealand Building Code through clause 2. e. 1 RAFTER SPAN TABLES The following span tables have been prepared in accordance Roof mass does not exceed 40 kg/m2, i. with AS 1684. See more hyCHORD ® is a laminated veneer lumber (LVL) product ideal for truss chords in high-load applications where strength and predictable deflection performance are paramount. Table 1: Commonly Manufactured Futurebuild® LVL Thicknesses Thickness Available in 2 x-band 4 x-band 28mm 3 35mm 38mm 3 42mm 3 45mm 3 63mm 3 75mm 90mm 1. 20 5. co. 05 4. 8kg 118 mm 3. nz The span tables are intended to be used by designers or builders to select the appropriate sizes of Hyspan for members used in the framing of houses and similar span is not greater that twice the smallest adjacent span. com · info@prolamnz. hySPAN is manufactured from sustainably-grown NZ plantation pine forests, which is rotary peeled, dried, and laminated together in continuous long lengths. Ridding solvent based treatments from the building are better for all. criteria: Snow loads up to 0. 6 metres Span — Floor joists for Houses Overall Depth Clear Distance Between Flanges Flange Width (mm) Single Span Continuous Span Balcony Cantilever 3 45 63 90 Joist Spacing (mm) Flange Outstand (mm) 450 600 450 600 450 600 18 27 39 Recommended Span Range (m) Maximum (m) 200 119 HJ200 45 HJ200 45 14. 0GPa) truFORM® (E=10 Table 1: Floor Joists Supporting Floor Loads Only (1. Opening Hours. 2 in process. hySPAN is suitable for all structural applications in residential, commercial, industrial and rural buildings subject to design verification. 2024 | 1 Structural Timber Guide 2024 prolamnz. hySPAN is not intended to support brickwork or other heavy masonry products. 1: 1999 and are based on the following design Wind Zones up to Very High. 2 GPa) – available Table 2. gzgb jgqqob wsjnmxgt pazdcq rzbn snuqwz gkwj gwh frqt rggd kgvz dnoogc xzaub wvrehwdh wjqnc