Model# G23 Force Depends on material choice, size and machine adapter type Diameter Standards version - 56 mm (2.2 in) to 346 mm (13.6 in) Temperature depends on material chioce FEATURES & BENEFITS 균일한 압축에 따른 응력 분포 시험 가능 구형 (sperical) 또는 고정 (fixed) 플레이트로 사용 가능 스틸, 경량 알루미늄, 생체 적합성 delrin 또는 스테인리스 스틸 구조 가능 기존의 시험기 어댑터에 맞는 다양한 크기의 압축 플레이트 제공

PRODUCT INFORMATION Model# G22 Force 50 kN (11,250 lbf) or 250 kN (55,00 lbf) Base Width 100 mm (4 in) Maximum Span Base Lengths from 360 mm (13 in) to 1,200 mm (48 in) Roller 1 to 100 mm diameter (100 mm length standard) FEATURES & BENEFITS 3-점 및 4-점 구성에 따른 사용. 고정 굴곡, 굽힘 및 반복 굴곡 테스트시 사용. 굴곡 탄성률, 굴곡 강도 및 굴곡 항복점 측정. 옵션으로 금속, 롤러 및 지지대 교체 가능함.

PRODUCT INFORMATION Model# GD905-17 Shear Test Device Requirements ASTM D905 describes test grips for determining the adhesive bond strength of wood and similar materials. The G17 test fixture meets these requirements. This ASTM D 905 Lapped Block Shear Test Method (ASTM Figure) was developed primarily for determining the adhesive bond strength of wood and similar materials. A compressive loading is applied to generate the shear stress, and two rectangular blocks of equal size, staggered 1/4", are bonded together. A guillotine-type loading is applied to shear off one block from the other. The ASTM D 905 test fixture is shown in the following photograph. The loading surface of the guillotine assembly is free to rotate relative to the remainder of the assembly, to accommodate any non-paralleli sm of the top and bottom surfaces of the bonded specimen. Reference: ASTM Standard D 905, 2003, D905 Standard Test Method for Strength Properties of Adhesive Bonds in Shear by Compression Loading, ASTM International, West Conshohocken, PA, 2007.

The Mini-Varicon sensor is a thin, flexible dielectric sensor designed for cost-sensitive use with presses, molds, bulk materials or laminates. Patterned on a polyimide substrate, the electrode array is designed to allow a choice of high or low sensitivity, selected by either using the whole sensor or cutting off a portion of the array at a designated line. The Mini-Varicon sensor can be supplied without leads, or with custom-length Teflon-insulated leads attached. The Mini-Varicon sensor head is 1.5” (4.0 cm) long and only 0.004” (100 um) thick. The tin-plated electrodes have 0.004” (100 um) widths and spaces. The Mini-Varicon sensor can measure the dielectric/conductive properties of materials within approximately 0.004” (100 um) of the electrode surface. The Mini-Varicon sensor is suitable for high pressure applications and is ideal for measuring the dielectric properties and cure state of epoxies, bulk molding compound (BMC), sheet molding compound (SMC), silicones, thermosets, urethanes, RIM and composite materials. When used without leads, the sensor will tolerate temperatures up to 375 °C. When supplied with leads, the sensor will operate up to 200 °C. GENERAL SPECIFICATIONS Dimensions: Length, sensor head : 1.6” (4.0 cm) Width, sensor head : 0.75” (1.9 cm) Thickness, sensor head : 0.004” (100 um) Width, electrode : 0.004” (100 um) Spacing, electrode : 0.004” (100 mm) Composition: Substrate, sensor head : Polyimide Electrodes : Copper with tin flash Lead insulation : Teflon Operational Temperature, maximum : 375 °C (700 °F) without leads : 200 °C (392 °F) with supplied leads Sensor Parameters: A/D ratio Base capacitance Configuration A (mid sensitivity) : 80 cm ~25 pF* Configuration B (low sensitivity) : 7.2 cm ~ 3 pF* * Actual value may vary Temperature sensor : None

ASTM D1894 specifies an apparatus for determining the coefficient of friction of plastic film. NOTE - The G62 test fixture meets these requirements, when used with a universal test machine. The G62 model test apparatus is designed for determining the coefficient of friction for different plastic film materials. Reference: ASTM Standard D1894 Standard Test Method for Static and Kinetic Coefficients of Friction of Plastic Film and Sheeting, ASTM International, West Conshohocken, PA, 2007.

측정하실 금속원소에 해당하는 HCL의 Part Number로 주문해주세요. Nbr. HCL (Element) Absorbing lines Sensitive (nm) / Symbol Manufacturrer Part Number 1 Aluminium Element 396.2nm/Al BRAIC, GBC, VARIAN, SHIMADZU B01 2 Aluminium Element 396.2nm/Al Perkin-Elmer PE01 3 Antimony Element 217.6nm/Sb BRAIC, GBC, VARIAN, SHIMADZU B02 4 Antimony Element 217.6nm/Sb Perkin-Elmer PE02 5 Arsenic Element 193.7nm/As BRAIC, GBC, VARIAN, SHIMADZU B03 6 Arsenic Element 193.7nm/As Perkin-Elmer PE03 7 Barium Element 553.5nm/Ba BRAIC, GBC, VARIAN, SHIMADZU B04 8 Barium Element 553.5nm/Ba Perkin-Elmer PE04 9 Beryllium Element 234.9nm/Be BRAIC, GBC, VARIAN, SHIMADZU B05 10 Beryllium Element 234.9nm/Be Perkin-Elmer PE05 11 Bismuth Element 223.1nm/Bi BRAIC, GBC, VARIAN, SHIMADZU B06 12 Bismuth Element 223.1nm/Bi Perkin-Elmer PE06 13 Boron Element 249.8nm/B BRAIC, GBC, VARIAN, SHIMADZU B07 14 Boron Element 249.8nm/B Perkin-Elmer PE07 15 Cadmium Element 228.8nm/Cd BRAIC, GBC, VARIAN, SHIMADZU B08 16 Cadmium Element 228.8nm/Cd Perkin-Elmer PE08 17 Cesium Element 852.1nm/Cs BRAIC, GBC, VARIAN, SHIMADZU B09 18 Cesium Element 852.1nm/Cs Perkin-Elmer PE09 19 Calcium Element 422.7nm/Ca BRAIC, GBC, VARIAN, SHIMADZU B10 20 Calcium Element 422.7nm/Ca Perkin-Elmer PE10 21 Cerium Element 520.0nm/Ce BRAIC, GBC, VARIAN, SHIMADZU B11 22 Cerium Element 520.0nm/Ce Perkin-Elmer PE11 23 Chromium Element 357.9nm/Cr BRAIC, GBC, VARIAN, SHIMADZU B12 24 Chromium Element 357.9nm/Cr Perkin-Elmer PE12 25 Cobalt Element 240.7nm/Co BRAIC, GBC, VARIAN, SHIMADZU B13 26 Cobalt Element 240.7nm/Co Perkin-Elmer PE13 27 Copper Element 324.8nm/Cu BRAIC, GBC, VARIAN, SHIMADZU B14 28 Copper Element 324.8nm/Cu Perkin-Elmer PE14 29 Erbium Element 400.8nm/Er BRAIC, GBC, VARIAN, SHIMADZU B15 30 Erbium Element 400.8nm/Er Perkin-Elmer PE15 31 Europium Element 459.4nm/Eu BRAIC, GBC, VARIAN, SHIMADZU B16 32 Europium Element 459.4nm/Eu Perkin-Elmer PE16 33 Gadolinium Element 368.4nm/Gd BRAIC, GBC, VARIAN, SHIMADZU B17 34 Gadolinium Element 368.4nm/Gd Perkin-Elmer PE17 35 Gallium Element 287.4nm/Ga BRAIC, GBC, VARIAN, SHIMADZU B18 36 Gallium Element 287.4nm/Ga Perkin-Elmer PE18 37 Germanium Element 265.1nm/Ge BRAIC, GBC, VARIAN, SHIMADZU B19 38 Germanium Element 265.1nm/Ge Perkin-Elmer PE19 39 Gold Element 242.8nm/Au BRAIC, GBC, VARIAN, SHIMADZU B20 40 Gold Element 242.8nm/Au Perkin-Elmer PE20 41 Hafnium Element 307.8nm/Hf BRAIC, GBC, VARIAN, SHIMADZU B21 42 Hafnium Element 307.8nm/Hf Perkin-Elmer PE21 43 Holmium Element 410.4nm/Ho BRAIC, GBC, VARIAN, SHIMADZU B22 44 Holmium Element 410.4nm/Ho Perkin-Elmer PE22 45 Indium Element 303.9nm/In BRAIC, GBC, VARIAN, SHIMADZU B23 46 Indium Element 303.9nm/In Perkin-Elmer PE23 47 Iridium Element 208.9nm/Ir BRAIC, GBC, VARIAN, SHIMADZU B24 48 Iridium Element 208.9nm/Ir Perkin-Elmer PE24 49 Iron Element 248.3nm/Fe BRAIC, GBC, VARIAN, SHIMADZU B25 50 Iron Element 248.3nm/Fe Perkin-Elmer PE25 51 Lanthanum Element 550.1nm/La BRAIC, GBC, VARIAN, SHIMADZU B26 52 Lanthanum Element 550.1nm/La Perkin-Elmer PE26 53 Lead Element 217.0nm/Pb BRAIC, GBC, VARIAN, SHIMADZU B27 54 Lead Element 217.0nm/Pb Perkin-Elmer PE27 55 Lithium Element 670.8nm/Li BRAIC, GBC, VARIAN, SHIMADZU B28 56 Lithium Element 670.8nm/Li Perkin-Elmer PE28 57 Lutecium Element 336.0nm/Lu BRAIC, GBC, VARIAN, SHIMADZU B29 58 Lutecium Element 336.0nm/Lu Perkin-Elmer PE29 59 Magnesium Element 285.2nm/Mg BRAIC, GBC, VARIAN, SHIMADZU B30 60 Magnesium Element 285.2nm/Mg Perkin-Elmer PE30 61 Manganese Element 279.5nm/Mn BRAIC, GBC, VARIAN, SHIMADZU B31 62 Manganese Element 279.5nm/Mn Perkin-Elmer PE31 63 Mercury Element 253.7nm/Hg BRAIC, GBC, VARIAN, SHIMADZU B32 64 Mercury Element 253.7nm/Hg Perkin-Elmer PE32 65 Molybdenum Element 313.3nm/Mo BRAIC, GBC, VARIAN, SHIMADZU B33 66 Molybdenum Element 313.3nm/Mo Perkin-Elmer PE33 67 Neodymium Element 492.5nm/Nd BRAIC, GBC, VARIAN, SHIMADZU B34 68 Neodymium Element 492.5nm/Nd Perkin-Elmer PE34 69 Nickel Element 232.0nm/Ni BRAIC, GBC, VARIAN, SHIMADZU B35 70 Nickel Element 232.0nm/Ni Perkin-Elmer PE35 71 Niobium Element 334.9nm/Nb BRAIC, GBC, VARIAN, SHIMADZU B36 72 Niobium Element 334.9nm/Nb Perkin-Elmer PE36 73 Osmium Element 290.9nm/Os BRAIC, GBC, VARIAN, SHIMADZU B37 74 Osmium Element 290.9nm/Os Perkin-Elmer PE37 75 Pallabium Element 247.6nm/Pd BRAIC, GBC, VARIAN, SHIMADZU B38 76 Pallabium Element 247.6nm/Pd Perkin-Elmer PE38 77 Platinum Element 265.9nm/Pt BRAIC, GBC, VARIAN, SHIMADZU B39 78 Platinum Element 265.9nm/Pt Perkin-Elmer PE39 79 Potassium Element 766.5nm/K BRAIC, GBC, VARIAN, SHIMADZU B40 80 Potassium Element 766.5nm/K Perkin-Elmer PE40 81 Rhanium Element 346.0nm/Re BRAIC, GBC, VARIAN, SHIMADZU B41 82 Rhanium Element 346.0nm/Re Perkin-Elmer PE41 83 Rhodium Element 343.5nm/Rh BRAIC, GBC, VARIAN, SHIMADZU B42 84 Rhodium Element 343.5nm/Rh Perkin-Elmer PE42 85 Rubidium Element 780.0nm/Rb BRAIC, GBC, VARIAN, SHIMADZU B43 86 Rubidium Element 780.0nm/Rb Perkin-Elmer PE43 87 Samarium Element 429.7nm/Sm BRAIC, GBC, VARIAN, SHIMADZU B44 88 Samarium Element 429.7nm/Sm Perkin-Elmer PE44 89 Scandium Element 391.2nm/Sc BRAIC, GBC, VARIAN, SHIMADZU B45 90 Scandium Element 391.2nm/Sc Perkin-Elmer PE45 91 Selenium Element 196.0nm/Se BRAIC, GBC, VARIAN, SHIMADZU B46 92 Selenium Element 196.0nm/Se Perkin-Elmer PE46 93 Silicon Element 251.6nm/Si BRAIC, GBC, VARIAN, SHIMADZU B47 94 Silicon Element 251.6nm/Si Perkin-Elmer PE47 95 Silver Element 328.1nm/Ag BRAIC, GBC, VARIAN, SHIMADZU B48 96 Silver Element 328.1nm/Ag Perkin-Elmer PE48 97 Sodium Element 589.0nm/Na BRAIC, GBC, VARIAN, SHIMADZU B49 98 Sodium Element 589.0nm/Na Perkin-Elmer PE49 99 Strontium Element 460.7nm/Sr BRAIC, GBC, VARIAN, SHIMADZU B50 100 Strontium Element 460.7nm/Sr Perkin-Elmer PE50 101 Tantalum Element 271.5nm/Ta BRAIC, GBC, VARIAN, SHIMADZU B51 102 Tantalum Element 271.5nm/Ta Perkin-Elmer PE51 103 Terbium Element 432.7nm/Tb BRAIC, GBC, VARIAN, SHIMADZU B52 104 Terbium Element 432.7nm/Tb Perkin-Elmer PE52 105 Tellurium Element 214.3nm/Te BRAIC, GBC, VARIAN, SHIMADZU B53 106 Tellurium Element 214.3nm/Te Perkin-Elmer PE53 107 Thallium Element 276.7nm/Tl BRAIC, GBC, VARIAN, SHIMADZU B54 108 Thallium Element 276.7nm/Tl Perkin-Elmer PE54 109 Tin Element 233.5nm/Sn BRAIC, GBC, VARIAN, SHIMADZU B55 110 Tin Element 233.5nm/Sn Perkin-Elmer PE55 111 Titanium Element 364.3nm/Ti BRAIC, GBC, VARIAN, SHIMADZU B56 112 Titanium Element 364.3nm/Ti Perkin-Elmer PE56 113 Tungsten Element 255.1nm/W BRAIC, GBC, VARIAN, SHIMADZU B57 114 Tungsten Element 255.1nm/W Perkin-Elmer PE57 115 Vanadium Element 318.5nm/V BRAIC, GBC, VARIAN, SHIMADZU B58 116 Vanadium Element 318.5nm/V Perkin-Elmer PE58 117 Zinc Element 213.9nm/Zn BRAIC, GBC, VARIAN, SHIMADZU B59 118 Zinc Element 213.9nm/Zn Perkin-Elmer PE59 119 Zirconium Element 360.1nm/Zr BRAIC, GBC, VARIAN, SHIMADZU B60 120 Zirconium Element 360.1nm/Zr Perkin-Elmer PE60

Cell description과 Wave length를 참고하셔서 해당하는 Part Number로 주문해주세요. Nbr. Description / Path length Wave length Part Number 1 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 5mm Far UV Silica 170~2600nm BQ105 2 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 5mm Optical Glass 320-2600nm BO105 3 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 10mm Far UV Silica 170~2600nm BQ110 4 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 10mm Optical Glass 320-2600nm BO110 5 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 20mm Far UV Silica 170~2600nm BQ120 6 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 20mm Optical Glass 320-2600nm BO120 7 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 30mm Far UV Silica 170~2600nm BQ130 8 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 30mm Optical Glass 320-2600nm BO130 9 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 40mm Far UV Silica 170~2600nm BQ140 10 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 40mm Optical Glass 320-2600nm BO140 11 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 50mm Far UV Silica 170~2600nm BQ150 12 Standard rectangular cell with lid. 12.5 x 45 mm external for UV/Vis, Path length 50mm Optical Glass 320-2600nm BO150 13 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 5mm Far UV Silica 170~2600nm BQ205 14 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 5mm Optical Glass 320-2600nm BO205 15 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ210 16 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO210 17 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 20mm Far UV Silica 170~2600nm BQ220 18 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 20mm Optical Glass 320-2600nm BO220 19 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 30mm Far UV Silica 170~2600nm BQ230 20 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 30mm Optical Glass 320-2600nm BO230 21 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 40mm Far UV Silica 170~2600nm BQ240 22 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 40mm Optical Glass 320-2600nm BO240 23 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 50mm Far UV Silica 170~2600nm BQ250 24 Standard rectangular with stopper. 12.5 x 48 mm external for UV/Vis, path length 50mm Optical Glass 320-2600nm BO250 25 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 5mm Far UV Silica 170~2600nm BQ305 26 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 5mm Optical Glass 320-2600nm BO305 27 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ310 28 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO310 29 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 20mm Far UV Silica 170~2600nm BQ320 30 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 20mm Optical Glass 320-2600nm BO320 31 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 30mm Far UV Silica 170~2600nm BQ330 32 Microcell with lid Inner width 4mm, 12.5 x 45 mm external for UV/Vis, path length 30mm Optical Glass 320-2600nm BO330 33 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 5mm Far UV Silica 170~2600nm BQ405 34 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 5mm Optical Glass 320-2600nm BO405 35 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ410 36 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO410 37 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 20mm Far UV Silica 170~2600nm BQ420 38 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 20mm Optical Glass 320-2600nm BO420 39 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 30mm Far UV Silica 170~2600nm BQ430 40 Microcell with lid Inner width 4mm, 12.5 x 48 mm external for UV/Vis, path length 30mm Optical Glass 320-2600nm BO430 41 Microcell with lid Inner width 2mm, 12.5 x 45 mm external for UV/Vis, path length 5mm 5mm/Far UV Silica 170~2600nm BQ505 42 Microcell with lid Inner width 2mm, 12.5 x 45 mm external for UV/Vis, path length 5mm 10mm/Far UV Silica 170~2600nm BO505 43 Microcell with lid Inner width 2mm, 12.5 x 45 mm external for UV/Vis, path length 10mm 5mm/Far UV Silica 170~2600nm BQ510 44 Microcell with lid Inner width 2mm, 12.5 x 45 mm external for UV/Vis, path length 10mm 10mm/Far UV Silica 170~2600nm BO510 45 Microcell with stopper Inner width 2mm, 12.5 x 48mm external for UV/Vis, path length 5mm 5mm/Far UV Silica 170~2600nm BQ605 46 Microcell with stopper Inner width 2mm, 12.5 x 48mm external for UV/Vis, path length 5mm 10mm/Far UV Silica 170~2600nm BO605 47 Microcell with stopper Inner width 2mm, 12.5 x 48mm external for UV/Vis, path length 10mm 5mm/Far UV Silica 170~2600nm BQ610 48 Microcell with stopper Inner width 2mm, 12.5 x 48mm external for UV/Vis, path length 10mm 10mm/Far UV Silica 170~2600nm BO610 49 Cylindrical cell 22mm Dia. For UV/Vis, path length 50mm Far UV Silica 170~2600nm BQ705 50 Cylindrical cell 22mm Dia. For UV/Vis, path length 50mm Optical Glass 320-2600nm BO705 51 Cylindrical cell 22mm Dia. For UV/Vis, path length 100mm Far UV Silica 170~2600nm BQ710 52 Cylindrical cell 22mm Dia. For UV/Vis, path length 100mm Optical Glass 320-2600nm BO710 53 Cylindrical cell 22mm Dia. For UV/Vis, path length 1500mm Far UV Silica 170~2600nm BQ720 54 Cylindrical cell 22mm Dia. For UV/Vis, path length 150mm Optical Glass 320-2600nm BO720 55 Flow cell Inner width 4mm Volume 0.45ml, 12.5 x 45mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ810 56 Flow cell Inner width 4mm Volume 0.45ml, 12.5 x 45mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO810 57 Flow cell Sample hole 3mm Dia. Volume 0.08ml, 12.5 x 45mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ905 58 Flow cell Sample hole 3mm Dia. Volume 0.08ml, 12.5 x 45mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO905 59 Fluorimeter cell 12.5 x 45mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ1010 60 Fluorimeter cell 12.5 x 45mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO1010 61 Fluorimeter cell with stopper. 12.5 x 45mm external for UV/Vis, path length 10mm Far UV Silica 170~2600nm BQ1110 62 Fluorimeter cell with stopper. 12.5 x 45mm external for UV/Vis, path length 10mm Optical Glass 320-2600nm BO1110

Loop tack을 측정하는 fixture 입니다.

전단강도 시험 편을 수평으로 일정한 하중을 가하기 위한 장치입니다. 일정한 하중으로 수평하게 압축한 상태에서 수직으로는 shear strength를 측정하게 됩니다.