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首頁 >> 試驗機案例 >> 100kN單板層積材抗彎剛度承載力矩試驗機laminated Veneer Lumber Structural Timber Bending Stiffness Bearing Moment Tester
100kN單板層積材抗彎剛度承載力矩試驗機，用于LVL單板層積材抗彎剛度試驗測試，承載力矩試驗測試，抗剪承載力和支反力試驗測試，LVL單板層積材拉伸彎曲力學性能試驗測試，LVL層積材抗彎強度和彈性模量試驗測試，規格材拉伸彎曲力學性能試驗測試，PSL平行積成木拉伸彎曲力學性能試驗測試，膠合層積木拉伸彎曲力學性能試驗測試，木結構部件拉伸彎曲力學性能試驗測試，框架部件拉伸彎曲力學性能試驗測試。
300kN單板層積材結構木材力學性能試驗機，用于結構集成材抗拉試驗、承重集成材抗拉強度試驗、層積膠合集成材抗拉強度試驗、指接集成材抗拉強度試驗、斜接集成材抗拉強度試驗、拼寬集成材抗拉強度試驗；測試木材含水率順紋抗拉強度、橫紋抗拉強度、順紋抗壓強度和彈性模量、木材順紋抗剪強度、接縫抗剪強度、木材彎曲強度和彈性模量。測試木材垂直抗壓承載力、木材抗拉承載力、木材橫向承載力、木材原材扭轉剛度。測定木結構部件壓縮性能、扭轉特性、抗剪性能。木材人造板靜曲強度和彈性模量測定(三點四點彎曲抗折)；木材人造板抗彎載荷測定。人造板內膠合(結合)強度測定；人造板表面膠合強度測定；人造板膠層剪切強度測定；人造板浸漬剝離性能測定；人造板沸煮剝離性能測定；人造板減壓加壓剝離性能測定；人造板耐剝離力測定；人造板握螺釘力測定。LVL層積膠合集成規格材抗彎強度及抗彎彈性模量試驗機；采用三點彎曲和四點彎曲試驗方法，測定初期抗彎載荷、最終抗彎載荷、正負彎曲力學性能，木板材剛度。刨花板纖維板飾面人造板表面膠合強度測定，人造板膠層剪切強度破壞載荷測定，人造板浸漬剝離性能沸煮剝離性能減壓加壓剝離性能測定，聚氯乙烯膜飾面人造板耐剝離力測定，人造板握螺釘力抗拉強度保證載荷測定。
AS/NZS 4266.5彎曲強度和彎曲模量；AS/NZS 4266.6內結合強度；AS/NZS 4266.7表面結合強度；AS/NZS 4266.0人造木基板材測試方法標准；AS/NZS 4266.1；AS/NZS 4266.2；AS/NZS 4266.3；AS/NZS 4266.5彎曲強度和彎曲模量；AS/NZS 4266.6內結合強度；AS/NZS 4266.7表面結合強度；AS/NZS 4266.8吸水厚度膨脹；AS/NZS 4266.9膠粘質量；AS/NZS 4266.10濕彎強度；AS/NZS 4266.11循環後內結合強度和彎曲強度；AS/NZS 4266.13握螺釘力；AS/NZS 4266.14尺寸穩定性；AS/NZS 4266.20耐磨性；AS/NZS 4266.24耐開裂性；AS/NZS 4266.27沖擊性能；AS/NZS 4266.28粘合強度；AS/NZS 4266.32；AS/NZS 4266.33；AS/NZS 4266.34；AS/NZS 2098.4；AS/NZS 1604.1；AS/NZS 2098.11；AS/NZS 2098.2 B；AS/NZS 2098.3彎曲強度；AS/NZS 2269.17.1 B；AS/NZS 2269.17.2彈性和剛性模量；100kN大跨度人造板抗彎曲試驗機；50kN微機控制人造板試驗機；300kN長木材大跨度彎曲性能試驗機；10kN膠合板纖維板力學試驗機；20kN木工板木質地板結構板力學性能試驗機；300kN結構木材集成材拉壓扭剪試驗機；膠合木結構等層板物理力學試驗機；結構木材抗剪彎曲強度試驗機；原木板材鋸材木基結構板材力學強度試驗機；應力分級木材力學試驗機；木材規格材特性檢驗試驗機；集成材指接規格材輕型木桁架理化性能試驗機；無疵小試樣木材物理力學性質試驗方法；GB/T1927.9-2021木材抗彎強度測定；GB/T1927.1-2021無疵小試樣木材物理力學性質試驗方法；GB/T1927.2-2021小試樣木材物理力學性質試驗取樣方法和一般要求；GB/T1927.3-2021木材生長輪寬度和晚材率測定；GB/T1927.4-2021木材含水率測定；GB/T1927.5-2021木材密度測定；GB/T1927.6-2021木材幹縮性測定； GB/T1927.7-2021木材吸水性測定；GB/T1927.8-2021木材濕脹性測定；GB/T1927.10-2021木材抗彎彈性模量測定； GB/T1927.11-2022木材順紋抗壓強度測定；GB/T1927.12-2021木材橫紋抗壓強度測定；GB/T1927.13-2022木材橫紋抗壓彈性模量測定；GB/T1927.14-2022木材順紋抗拉強度測定；GB/T1927.15-2022木材橫紋抗拉強度測定；GB/T1927.16-2022木材順紋抗剪強度測定；GB/T1927.17-2021木材沖擊韌性測定；GB/T1927.18-2021木材抗沖擊壓痕測定；GB/T1927.19-2021木材硬度測定；ISO 13061-12:2017；GB/T1927.20-2021木材抗劈力測定；GB/T1927.21-2022木材握釘力測定；GB/T17657-2022人造板及飾面人造板主要理化性能試驗方法；GB/T26899-2022結構用集成材；100kN集裝箱腳手架木板材強度性能試驗機；GB/T11718-2021中密度纖維板；GB/T20241-2021單板層積材；GB/T18102-2020浸漬紙層壓木質地板；GB/T20239-2023體育館用木質地板；GB/T5849-2016細木工板；GB/T21129-2007竹單板飾面人造板；GB/T21723-2021麥稻稭稈刨花板；GB/T23471-2018E浸漬紙層壓稭稈複合地板；GB/T23472-2024浸漬膠膜紙飾面稭稈板；HG/T2727-2010木材膠粘劑；GB/T20240-2017竹集成材地板；AS/NZS 4063.1:2010；AS/NZS 4357.2；AS/NZS 1577：2018；ISO 1033-1；ISO/DIS 12578；ISO/CD 12579；ISO/CD 12580；ISO/CD 18375；ANSI/AITC A 190.1；恒瑞金；ASTM D 3737；DIN 1052；EN 386；EN 390；EN 408；BS EN 789；BS EN 326-1；GOST 9624；CNS 11671:2014；CNS 444:2012；ANSI/APA PRG320-2012；EWS S475；APA PS 1-09；APA L294：2011；ASTM D5055-2013；ASTM D3528；NF B51-127-19；ASTM D5456-2017；APA EWS S550-2005；BS EN 1912：2012；ISO DIS 16892-2；BS EN 310；BS EN 312-2010；BS EN 314-1；BS EN 314-2；BS EN 319；BS EN 300；GB 50005-2017木結構設計標准；GB 50009-2012建築結構荷載規範；GB 50206-2012木結構工程施工質量驗收規範；GB/T17659.1-2018；GB/T17659.2-2018；石膏板斷裂荷載硬度試驗機；GB/T29893-2023輕型木結構鋸材用原木；GB/T29897輕型木結構用規格材目測分級規則；恒瑞金試驗機；GB/T50329木結構試驗方法標准；GB/T50708膠合木結構技術規範；GB/T50772木結構工程施工規範；GB/T51233裝配式木結構建築技術標准；GB/T51226多高層木結構建築技術標准；LY/T2228輕型木結構用指接規格材；LY/T2388輕型木結構連接件通用技術條件；JGJ/T265輕型木桁架技術規範；GB/T36408-2018木結構用單板層積材；人造板材大跨度抗折彎曲強度試驗機；膠合層積板材彈性模量試驗機；木結構規格材彈性模量試驗機；200kN腳手架木模板力學強度試驗機；APA PS 1-09厚度方向抗剪強度試驗夾具；AS/NZS 4357.2結構單板層積材（LVL）結構性能試驗方法測定；AS/NZS 4063.1結構木材的特性試驗方法；AS/NZS 4357.3；ANSI/APA PRG320-2012；EWS S475；APA L294：APA EWS S550；GSO ISO 10033-2-2015；ISO 10033-1；ISO 12578-2016；ISO 12579；ISO 12580；ISO 18375-2017；ANSI/AITC A 190.1；ASTM D3737-2012；CNS 11671:2014；CNS 444:2012；ASTM D5055-2013；ASTM D3528；NF B51-127-19；ASTM D5456-2017；EN 338-2016；EN 384-2016；EN 12369-2；EN 14272-2011；ASNZS 1328.1；AS/NZS 1328.2；AS/NZS 1604.5；AS/NZS 2269.0-2015；ASTM D1038；ASTM D3498；ASTM D3499；ASTM D5516-2017；ASTM D6305-2015；ASTM D7341；ASTM D4688；AS/NZS 1577-2018；DIS 16892-2；LY/T2917-2017結構用集成材力學性能特征值確定方法；GB/T36872-2018結構用集成材生産技術規程；GB/T38070-2019結構用集成材木質複合層板；LY/T1787-2016非結構用集成材；輕型木結構連接件通用技術條件輕型木桁架技術規範；LY/T2711-2016單板用竹集成材；帶矩形橫截面的強度分級結構木材機械性能測定；木質地板結構板集裝箱膠合板箱力學試驗機；裝配式木結構建築技術荷載規範；地板系統木框膠粘劑強度試驗機；GB 50016-2014E；GB/T50165-2020古建築木結構維護與加固技術標准；木結構銷類緊固件屈服彎矩試驗機；LY/T3141-2024文物建築木構件檢測方法；LY/T3142-2019井幹式木結構技術標准；結構用人造板材料力學荷載強度性能試驗機；受彎木結構力學性能檢驗方法；GB/T35216-2017；輕型木結構鋸材用原木檢驗；GB/T36407-2018機械應力分級鋸材；GB/T37315-2019木結構膠粘劑膠合性能基本要求；結構用木質複合材産品材力學性能試驗機；JG/T489防腐木結構用金屬連接件；JG/T572-2019；石膏板系統用機械緊固件試驗方法；LY/T2381結構用木質材料基本要求；LY/T2389-2014輕型木結構建築覆面板用定向刨花板；LY/T2916-2017單板條層積材；LY/T3217-2020建築用木基面材結構保溫複合板；木結構工程施工質量驗收規範；規格材結構用集成材理化性能試驗機；LY/T3219-2020木結構用自攻螺釘；LY/T3228-2020加壓防腐處理膠合木；GB/T50361-2018木骨架組合牆體技術標准；木結構剪力牆靜載和低周反複水平加載試驗方法；GB/T38704-2020建築木框架幕牆組件；膠合板結構規格力學韌性試驗機；GB/T34719-2017結構用人造板均布荷載性能測試方法；GB/T34725-2017結構用人造板集中荷載和沖擊荷載性能測試方法；木結構原木板材抗彎荷載強度試驗機；GB/T34744-2017規格材及齒板連接性能設計值確定方法；多高層木結構建築技術標准；結構用木材金屬緊固件連接試驗機；GB/T35215-2017結構用人造板抗彎抗拉抗壓抗剪力學性能；木基緊密板材機械力學性能試驗機；水平單調載荷作用下的面內剛度和強度；指接材用結構膠黏劑膠合性能測試方法；GB/T38359-2019結構用木質材料強度性能數據分析方法；GB/T39422-2020木結構銷槽承壓強度及釘連接抗拔承載力特征值確定方法；軟木膠合板屋面板彎曲強度試驗機；LY/T2720膠合面木破率測定方法；木材平面外彎曲性能試驗方法；LY/T2721結構用定向刨花板力學性能指標特征值的確定方法；結構木材集成材拉壓彎剪強度試驗機；LY/T2722指接材用結構膠黏劑膠合性能測試方法；LY/T2918木框架牆體軟重物撞擊性能試驗方法；LY/T3140-2019木結構銷類緊固件靜彎曲荷載屈服彎矩測試方法；LY/T3143-2019結構用木質材料和室外用木質材料産品；LY/T3144-2019結構用木構件金屬緊固件節點連接強度和剛度性能測試；LY/T3145-2019木結構樓板牆板和屋頂用承重板的性能要求和測試方法；LY/T3146-2019結構用木材的縱向接口的強度和結構性能的評價；LY/T3218-2020木結構樓板振動性能測試方法；
laminated Veneer Lumber Structural TimberBending Stiffness Bearing Moment Tester；laminated Veneer Lumber Structural Timber Mechanical Properties Tester；Laminated Veneer Lumber Bending Strength Tester；Large Span Artificial Board Flexural Tester；Wood Timber Artificial Board Tester；Artificial Board Testing Machine；MDF Wood-based Panels Flexural Tester；Test methods for physical and mechanical properties of small clear wood specimens；Collection of sample tree；HRJ Tester；Sampling methods and general requirements；Determination of the growth rings width and latewood rate of wood；Determination of moisture content；Determination of density；Determination of shrinkage；Determination of water absorption；Determination of swelling；Determination of bending strength；HRJ Tester；Determination of modulus of elasticity in bending；Determination of ultimate stress in compression parallel to grain；Determination of strength in compression perpendicular to grain；Determination of the modulus of elasticity in compression perpendicular to grain；Determination of tensile strength parallel to grain；Determination of tensile strength perpendicular to grain；Method of testing in shearing strength parallel to grain of wood；Determination of impact bending strength；Determination of resistance to impact indentation；Determination of static hardness；Determination of cleavage strength；Determination of nail and screw holding power；Test methods of evaluating the properties of wood-based panels and surface decorated wood-based panels；Technical code of glude laminated timber structures；Log for lumber in light wood frame construction；Visual grading rules for dimension lumber in light wood frame construction；Standard for methods testing of timber structures；Code for construction of timber structures；Test method of evaluating the properties of glued-laminated timber；Finger jointed structural dimension lumber in light wood frame construction；General specification for connector of light wood-frame construction；technical code for light wood trusses；HRJ Tester；Standard methods for development of characteristic mechanical values of structural glued laminated timber；Laminated veneer lumber for timber structures；Code of glued laminated timber production；Structural composite lumber for use in structural glued laminated timber；Technical standard for maintenance and strengthening of historic timber building；Non structural glued laminated timber；Bamboo laminated lumber for veneer；Testing methods of wooden components in cultural heritage buildings；Technical standard for log house；Machine stress graded lumber；Basic requirements of bond performance of adhesives of timber structures；Oriented strand board for light wood frame construction sheathing；General requirements for structural wood products；Metal connectors and fasteners for preservative-treated wood structures；Parallel strand lumber；Wood based structural insulated panels for buildings；Self-tapping screws for timber structures；Technical standard for infills or partitions with timber framework；Preservative pressure-treated glulam；Frame system of timber supporting curtain wall；Standard test method for performance of structural wood-based panel under uniform loads；Standard test method for performance of structural wood-based panel under concentrated static and impact loads； Determination method of design values for dimension lumber and truss plate connection； Standard methods for development of characteristic values of structural wood-based panels；Test methods of structural insulated panel walls of timber structures；Data-analysis methods of strength properties for structural wood and wood-based products；Static and cyclic lateral load test methods for timber structure shear walls；Determination methods of characteristic values for dowel-bearing strength and withdrawal capacity of nails and screws in timber structure；test method for wood failure percentage in adhesive bonded joints；Test method for evaluating structural adhesives for finger jointing lumber；HRJ Tester；Standard for establishing characteristic values for mechanical properties of structural-use oriented strand board；Soft body impact test method of timber framed walls； Timber structures-determination bending yield moment of dowel-type fasteners；The labeling for structural and outdoor wood products；Timber structures-Testing of joints made with mechanical fasteners-Requirements for wood density；Timber structures-Performance specifications and requirements for load bearing boards for use in floors, walls and roofs；Test methods for end-joints in structural wood products；Test methods for floor vibration performance of timber structures；
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