ASTM - IP Thermometers

  • Product Code: ASTM_IP_Thermometers
ASTM - IP Thermometers
Product Type  Type  Description Measuring  Scale Aux. Filling Immersion Total
Code       range   Scale     length
  ASTM IP        °C/°F   mm  mm
GTH001 1 C   Partial Immersion -20+150 1°C   Hg 76 317
GTH002 1 F Partial Immersion 0+302 2°F Hg 76 317
GTH003 2 C 62 C Partial Immersion -5 +300 1°C   Hg 76 385
GTH004 2 F 62 F Partial Immersion +20 +580 2°F Hg 76 385
GTH005 3 C 73 C Partial Immersion -5 +400 1°C   Hg 76 410
GTH006 3 F  73 F Partial Immersion +20 +760 2°F Hg 76 410
GTH007 5 C 1 C Cloud and Pour -38 +50 1°C   Hg 108 225
GTH008 5 F 1 F Cloud and Pour -36+120 2°F Hg 108 225
GTH009 6 C 2 C Low Cloud and Pour -80 +20 1°C   Toluene 76 225
GTH010 6 F 2 F Low Cloud and Pour -112+70 2°F Toluene 76 225
GTH011 7 C 5 C Low Distillation -2 +300 1°C   Hg total 380
GTH012 7 F Low Distillation +30 +580 2°F Hg total 380
GTH013 8 C 6 C High Distillation -2 +400 1°C   Hg total 380
GTH014 8 F High Distillation +30+760 2°F Hg total 380
GTH015 9 C 15 C Low-Pensky-Martens -5+110 0.5 °C   Hg 57 285
GTH016 9F 15 F Low-Pensky-Martens +20 +230 1 °F Hg 57 285
GTH017 10 C 16 C High-Pensky-Martens +90 +370 2 °C   Hg 57 285
GTH018 10 F 16 F High-Pensky-Martens +200 +700 5°F Hg 57 285
GTH019 11 c 28 C Cleveland Open Flash -6 +400 2 °C   Hg 25 305
GTH020 11 F 28 F Cleveland Open Flash +20+760 5°F Hg 25 305
GTH021 12 C 64 C Density-Wide Range -20+102 0.2 °C   Hg total 415
GTH022 12 F 64 F Density-Wide Range -5+215 0.5 °F Hg total 415
GTH023 13 C 47 C Loss on Heat +155+170 0.5 °C   Hg total 150
GTH024 14 C 17 C Wax Melting Point +38 +82 0.1 °C Hg 79 370
GTH025 14 F 17 F Wax Melting Point +100+180 0.2 °F   Hg 79 370
GTH026 15 C 60 C Low Softening Point -2 +80 0.2 °C Hg total 390
GTH027 15 F   Low Softening Point +30+180 0.5 °F   Hg total 390
GTH028 16 C 61 C High Softening Point +30+200 0.5 °C Hg total 390
GTH029 16 F   High Softening Point +85 +392 1 °F   Hg total 390
GTH030 17 C Saybolt Viscosity +19+27 0.1 °C Hg total 270
GTH031 17 F   Saybolt Viscosity +66 +80 0.2 °F   Hg total 270
GTH032 18 C 23 C Reid Vapor Pressure +34 +42 0.1 °C Hg total 270
GTH033 18 F 23 F Reid Vapor Pressure +94+108 0.2 °F   Hg total 270
GTH034 19 C Saybolt Viscosity +49 +57 0.1 °C Hg total 270
GTH035 19 F   Saybolt Viscosity +120+134 0.2 °F   Hg total 270
GTH036 20 C Saybolt Viscosity +57 +65 0.1 °C Hg total 270
GTH037 20 F   Saybolt Viscosity +134+148 0.2 °F   Hg total 270
GTH038 21 C Saybolt Viscosity +79 +87 0.1 °C Hg total 270
GTH039 21 F   Saybolt Viscosity +174+188 0.2 °F   Hg total 270
GTH040 22 C 24 C Oxidation Stability +95+103 0.1 °C Hg total 270
GTH041 22 F 24 F Oxidation Stability +204 +218 0.2 °F   Hg total 270
GTH042 23 C Engler Viscosity +18+28 0.2 °C Hg 90 207
GTH043 24 C   Engler Viscosity +39 +54 0.2 °C   Hg 90 232
GTH044 25 C Engler Viscosity +95+105 0.2 °C Hg 90 207
GTH045 26 C   Stability Test of Soluble Nitrocellulose +130+140 0.1 °C   Hg total 458
GTH046 27 C Turpentine Distillation +147+182 0.5 °C Hg 76 296
GTH047 28 C 31 C Kinematic Viscosity +36.6 +39.4 0.05 °C 0°C Hg total 300
GTH048 28 F 31F Kinematic Viscosity +97.5+102.5 0.1 °F 32 °F Hg total 300
GTH049 29 C 34 C Kinematic Viscosity +52.6 +55.4 0.05 °C 0°C Hg total 300
GTH050 29 F 34 F Kinematic Viscosity +127.5+132.5 0.1 °F 32 °F Hg total 300
GTH051 30 F 32 F Kinematic Viscosity +207.5 +212.5 0.1 °F 32 °F Hg total 300
GTH052 33 C 20 C Low Aniline Point -38 +42 0.2 °C Hg 50 415
GTH053 33 F  <