首頁 >> 産品展示 >> WDW-Y/Z/WBZ電子壓力抗折試驗機 >> 扇形圓管形石墨制品抗壓抗折強度試驗機Graphite Products Compressive Flexural Strength Tester
扇形圓管形石墨制品抗壓抗折強度試驗機
Graphite Products Compressive Flexural Strength Tester
重要參數:
→石墨制品抗壓強度荷載20kN/50kN/100kN/200kN/300kN;
→石墨制品抗折強度荷載5kN/10kN;
→石墨制品抗壓強度測試、抗彎強度測試一體化試驗機;
→高剛性、高穩定性、無振動沖擊、流線型荷載機架,安全防護;
→HRJ-Test中文版石墨制品抗壓抗折強度試驗軟件/可定制英文國際版;
→自找平石墨制品抗壓強度試驗測定附具,石墨制品抗折強度試驗測定附具;
引用標准、文獻文件:
GB/T13465.1-2014不透性石墨材料力學性能試驗方法總則;GB/T13465.2-2014不透性石墨材料抗彎強度試驗方法;GB/T13465.3-2014不透性石墨材料抗壓強度試驗方法;GB/T13465.4-2014不透性石墨材料沖擊強度試驗方法;GB/T13465.8-2009不透性石墨粘接劑粘接剪切強度試驗方法;GB/T13465.9-2009不透性石墨粘接劑粘接抗拉強度試驗方法;HRJ Tester;GB/T21921-2008不透性石墨材料抗拉強度試驗方法;GB/T3074.2-2008石墨電極彈性模量測定方法;GB/T33920-2017柔性石墨板試驗方法;JB/T8133.1-2013電炭制品物理化學性能試驗方法試樣加工技術規定;JB/T8133.6-2013電刷軟接線的脫出拉力;JB/T8133.7-2013電炭制品抗折強度;JB/T8133.8-2013電炭制品抗壓強度;HRJ Tester;JB/T8133.9-2013電炭制品抗拉強度;JB/T8133.10-2013電炭制品徑向抗壓強度;JB/T8133.13-2013炭柱機械強度;JB/T9141.2-2013柔性石墨板材抗拉強度測試方法;JB/T9141.3-2013柔性石墨板材壓縮強度測試方法;JB/T9141.4-2013柔性石墨板材壓縮率回彈率測試方法;JB/T9141.8-2016柔性石墨板材滑動摩擦系數測試方法;JB/T9141.9-2014柔性石墨板材取樣方法;JB/T7758.7-2008柔性石墨板應力松弛試驗方法;YB/T5288-1999石墨陽極耐腐蝕試驗方法;HRJ Tester;JB/T6370-2011柔性石墨填料環物理機械性能測試方法;JB/T6617-2016柔性石墨填料環技術條件;JB/T6620-2008柔性石墨編織填料試驗方法;GB/T29035-2012柔性石墨填料環試驗方法;SN/T1266-2003出口集裝袋裝鱗片石墨取制樣方法;JB/T8133.3-2013電炭制品洛氏硬度;JB/T8133.4-2013電炭制品肖氏硬度;NB/T20366-2015核電廠核級石墨密封墊片試驗方法;HRJ Tester;NB/T20367-2015核電廠核級石墨密封墊片鑒定規程;JB/T7609炭石墨材料抗沖擊強度試驗方法;JB/T8872-2016機械密封用炭石墨密封環技術條件;GB/T13465.5不透性石墨酚醛粘接劑收縮率試驗方法;GB/T40408-2021;DL/T2095-2020;GB/T21432-2021;GB/T24533-2019;GB/T30544.13-2018石墨烯及相關二維材料;GB/T3518-2008E;HRJ Tester;GB/T3519-2008E;GB/T38887-2020;HG/T5573-2019;HG/T5608~5609-2019;HG/T5810-2020;HG/T5824-2021;JB/T13846-2020;JB/T2750-2020;JC/T2441-2018建築絕熱用石墨改性模塑聚苯乙烯泡沫塑料板;JC/T2508-2019;JC/T2627-2021建築絕熱用石墨改性擠塑聚苯乙烯泡沫板GXPS;JC/T519-2020;NB/T20364-2015;NB/T20365-2015;SH/T3430-2018;YB/T4037-2017;YB/T4821-2020;GB/T1431-2019炭素材料耐壓強度測定方法;GB/T3074.1-2021炭素材料抗折強度測定方法;GB/T8721-2019炭素材料抗拉強度測定方法;GB/T1427-2016炭素材料取樣方法;鋁電解用炭素材料力學強度試驗機;預焙陽極陰極炭塊抗折強度試驗機;固體石墨材料抗折強度試驗機;GB/T26295-2010預焙陽極和陰極炭塊四點法測定抗折強度;ISO 12986.2;GB/T26297.1-2010鋁用炭素材料取樣方法底部炭塊;GB/T26297.2-2010鋁用炭素材料取樣方法側部炭塊;ISO 8007-3;GB/T26297.3-2010鋁用炭素材料預焙陽極;GB/T26297.4-2010鋁用炭素材料陰極糊;GB/T26297.5-2010鋁用炭素材料取樣方法煤瀝青;GB/T26297.6-2010鋁用炭素材料取樣方法煅後石油焦;GB/T38338-2019炭素材料斷裂韌性測定方法;HRJ Tester;GB/T39535-2020炭素材料肖氏硬度測定方法; GB/T40398.1-2021炭-炭複合炭素材料摩擦磨損性能試驗;GB/T40398.2-2021炭-炭複合炭素材料彎曲性能試驗;GB/T40406-2021炭素材料壓縮靜態彈性模量和泊松比測定方法;YS/T63.13-2016鋁用炭素材料檢測彈性模量的測定;YS/T63.15-2012鋁用炭素材料檢測耐壓強度的測定;YS/T63.27-2015鋁用炭素材料檢測預焙陽極斷裂能量的測定;ISO 11706;石墨炭素材料抗拉強度試驗機;石墨管抗壓抗折強度試驗機;炭磚抗壓強度試驗機;500kN炭石墨制品抗壓荷載試驗機;5kN炭石墨制品抗折荷載試驗機;炭石墨制品拉伸應力應變試驗機;四點負荷法測定炭素材料抗折強度;石墨電極芯撓曲斷裂模數試驗機;ASTM C695-2015;ASTM D7972-2014;ASTM C1106;ASTM C904;ASTM E4-2016;ASTM E74-2013a;ASTM C565-2015;ASTM C749-2015;ASTM C651-2015;ASTM C1025-2015;ASTM D7779-2015;ASTM D4018-2011;ASTM C709;ASTM D7846-2016;ASTM C662-2016;CNS 2780;全自動鐵礦球團壓力試驗機;煤和岩石力學性能試驗機;300kN橡膠彈性墊板靜剛度試驗機;振動沖擊隔離器靜剛度試驗機;電子抗壓抗折強度試驗機;碳化矽制品抗折強度試驗機;水泥抗硫酸鹽侵蝕抗折強度試驗機;複合保溫外模板抗折荷載試驗機;300kN混凝土抗彎拉強度試驗機;全自動砂漿抗壓強度試驗機;微機全自動水泥抗壓抗折試驗機;10kN紙管壓力強度試驗機;5kN紙護角抗壓彎曲強度試驗機;包裝箱壓力和堆碼試驗機;通信光纜光纖接頭盒連接器扭轉彎曲疲勞試驗機;三維協調加載高速試驗機系統;高速高低溫拉伸試驗機系統;熱熔對接接頭高速拉伸沖擊試驗機;鋁及鋁合金板帶材高速拉伸試驗機;碳纖維材料應變控制高速拉伸試驗機;慢應變速率慢拉伸應力腐蝕試驗機;十字形試樣雙向拉伸試驗機;雙軸力對向壓縮材料力學試驗機;高強螺栓臥式拉伸試驗機系統;5kN波紋管縱向載荷試驗機;複合絕緣子芯棒應力腐蝕試驗機;邊坡柔性網網面抗拉強度抗頂破力試驗機;HRJ Tester;鋼絞線鋼筋臥式拉伸試驗機;無振動下拉上壓伺服液壓萬能材料試驗機;無振動鋼筋機械連接拉伸試驗機;鋼筋套筒灌漿連接件反複拉壓試驗機;大跨度人造板彎曲抗折強度試驗機;結構木材集成材力學特性試驗機;防火門啓閉可靠性試驗機;石膏板斷裂荷載硬度試驗機;三缸全自動鋼筋彎曲試驗機;603金屬材料管塑性變形彎管試驗機;鋼板鋼帶180°彎曲試驗機;板帶材彎曲強度試驗機;微機控制鋼軌靜彎曲試驗機;鐵路隧道盾構襯砌預制混凝土管片抗彎曲試驗機;玻璃彎曲強度試驗機;汽車防撞鋼梁板彎曲強度試驗機;HRJ Tester;電子伺服接骨板動態彎曲疲勞試驗機;帶柄股骨部件疲勞性能試驗機;椎間融合器生物力學性能試驗機;2工位浮封跑合磨損泄漏性能試驗機;密封圈模擬實際工況高低溫壓扭耐久試驗機;工程機械車輛刹車制動壓力扭矩試驗機;金屬波紋管垂向橫向二維高溫壓力疲勞試驗機;掘進機盤形滾刀摩擦磨損疲勞壽命試驗測試系統;支重輪磨合跑合疲勞耐久壽命試驗機;門式盤扣碗扣鋼管腳手架扣件構件試驗機;HRJ Tester;電液伺服混凝土軌枕靜載試驗機;超高性能混凝土抗拉強度試驗機;全級配混凝土小梁彎曲試驗機;陶瓷管材料彎曲強度抗折試驗機;
Graphite Products Compressive Flexural Strength Tester;Carbon Materials Tensile Compressive Flexural Strength Tester;The test method for compressive strength of carbon materials;The test method for tensile strength of carbon materials;Carbonaceous materials used in the production of aluminium;Prebaked anodes and cathode blocks flexural strength tester;four-point flexural strength test method;Sampling of carbonaceous materials used for aluminium production;Cathode blocks Flexural Strength Tester;Sampling of carbonaceous materials used for aluminium production;Sidewall blocks Flexural Strength Tester;Method for the determination of the flexure strength of graphite electrodes;Resisted impact strength experiment method of carbon-graphite materials;Specification for carbon-graphite sealing ring for mechanical seals;Standard Test Method for Compressive Strength of Carbon and Graphite;Flexural Strength of Manufactured Carbon and Graphite Articles Using Three-Point Loading;Standard Test Methods for Chemical Resistance and Physical Properties of Carbon Brick;Standard Terminology Relating to Chemical;Resistant Nonmetallic Materials Mechanical Properties Tester;Standard Practices for Force Verification of Testing Machines;Standard Practice of Calibration of Force-Measuring Instruments for Verifying the Force Indication of Testing Machines;Test at a uniform rate 3000psi(20.7MPa)/min;determination of the flexure strength of graphite electrodes;determination of the elastic modulus of graphite electrodes;carbonaceous materials tensile strength tester;Sample method of carbon material;Fully Automatic Iron Ore Pellets Compression Tester;Coal and Rock Mechanical Properties Tester;Rubber Elastic Pads Static Stiffness Tester;Vibration Shock Isolators Static Stiffness Tester;Silicon Carbide Products Bending Strength Tester;Cement Flexure Strength Tester;Composite Thermal Insulation Outside Template Bending Load Tester;Concrete Flexural Tensile Strength Tester;Mortar Compressive Strength Tester;Cement Compressive Flexural Strength Tester;Paper Tube Compression Testing Machine;Paper Edge Corner Flexure Testing Machine;Transport Packages Compression Stacking Testing Machine;Packing Box Compression Stacking Tester;HRJ Tester;Three-Dimensional Coordinated Loading High Speed Tester System;High-speed High-Low temperature Tensile Testing Machine;Butt Fusion Joints High-speed Tensile-Impact Testing Machine;Aluminium alloy sheets and strips High-speed Tensile Tester;Carbon Fiber High-speed Strain Tensile Tester;Slow Strain Rate Tension Stress Corrosion Testing Machine;Cruciform Test Piece Biaxial Tensile Tester;Double Axial Force Material Mechanical Tester;High Strength Bolt Horizontal Tensile Tester System;Corrugated Pipe Axial Load Tester;Composite Insulator Core Stress Corrosion Tester;Steel Strand Steel Bars Horizontal Tensile Tester;No Vibration Servo Universal Materials Tester;No Vibration Rebar Mechanical Splicing Tensile Tester;Repeated Tensile Compressive Tester for Grout Sleeve Splicing of Rebars;Wood-based Panels Large Span Flexural Strength Tester;Structural Timber Characterization Tester;Fire-proof Door Shutter Testing Machine;Gypsum Board Breaking Load Hardness Testing Machine;Three-Position Steel Bar Bend Tester;Metal Materials Bending Tester;HRJ Tester;Metal Materials Tube Plastic Deformation Bend Tester;Steel Sheet and Strip Bending Strength Tester;Steel Rails Bending Testing Machine;Reinforced Concrete Segment Bending Tester;Glass Bending Strength Testing Machine;Crash beam Bending Strength Testing Machine;Electronic Servo Dynamic Metallic Bone Plates Fatigue Tester;Stemmed Femoral Components Endurance Properties Tester;HRJ Tester;Intervertebral Body Fusion Device Biomechanics Tester;2 Station Floating Seal Running Wear Leakage Performance Tester;Sealing Ring High Low Temperature Compressive Torsion Fatigue Tester;Construction Machinery Vehicles Brake Moment Tester;Corrugated Pipes Two-Dimensional High Temperature Fatigue Tester;Tunnel Boring Machine Disc Cutter Friction Wear Fatigue Life Testing System;Track Rollers Running Wear Fatigue Durability Life Tester;Tester for Frame Scaffolding With Steel Tubules;HRJ Tester;Concrete Sleeper Static Loading Testing Machine;Ultra-high Performance Concrete Tensile Strength Tester;Fully-graded Concrete Flexural Strength Tester;Ceramic Pipes Flexural Strength Tester;
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