Thermal Conductivity Meters

Description: The thermal conductivity of various samples such as block form or sheet in manufacturing, construction, handcraft, soil or food industry is possible to measure by placing a probe on the surface of sample with the uniform temperature. Thermal insulating material of fiber or

• Remote Interface: Computer Interface
• Display: Digital Readout
• Features: Other Analyzer

Description: The Linseis Transient Hot Bridge - Thermal Conductivity Meter enables thermal conductivity, thermal diffusivity and specific heat measurements on various sample geometries and materials. This Linseis measuring instrument provides the three material

• Temperature Range: -150 to 600 C
• Remote Interface: Application Software Included, Computer Interface
• Thermal Analyzer Type: Thermal Conductivity Analyzer

Description: CTS45 is a probe for measuring the conductivity in laboratory on samples , length: 45 cm, that offers the possibility to perform a practical and fast measurement of the thermal conductivity (or thermal resistivity) of the medium in which it is inserted at a high accuracy

• Instrument Type: Conductivity / Resistivity
• Form Factor: Portable / Hand Held / Mobile

Description: TCR24 is designed to measure soil heat transmission (soil tendency to transmit heat). This type of survey is usually carried out prior to install underground pipes, or prior to build geo-thermic wells to detect heat from the soil, for buildings heating or conditioning. Measurement can be done on

• Operating Temperature: -4 to 176 F
• Features and Functionality: Battery Powered
• User Controls: Digital Front Panel
• Water Quality Parameters: Measures Conductivity / Dissolved Solids

Description: CTS120 is a probe, for measures in the soil (length = 120 cm), that offers the possibility to perform a practical and fast measurement of the thermal conductivity (or thermal resistivity) of the medium in which it is inserted at a high accuracy level. It works in compliance with

• Instrument Type: Conductivity / Resistivity
• Form Factor: Portable / Hand Held / Mobile

Description: equilibrium, the built-in computer or external computer determines the thermal conductivity and thermal resistance of the sample. Automatic plate movement and determination of the sample thickness facilitate test preparation. The patented plate temperature control system

• Temperature Range: -30 to 100 C
• Accuracy: 1 (%)
• Remote Interface: Application Software Included, Computer Interface
• Features: Cooling Available, Temperature Control

Description: Standard Test Method for Determination of the Thermal Conductivity of Anode Carbons by the Guarded Heat Flow Meter Technique

Description: Standard Test Method for Determination of the Thermal Conductivity of Anode Carbons by the Guarded Heat Flow Meter Technique - INCLUDES STANDARD + REDLINE (PDF)

Description: 1.1 This test method covers a steady-state technique for the determination of the thermal conductivity of carbon materials in thicknesses of less than 25 mm. The test method is useful for homogeneous materials having a thermal conductivity in the approximate range 1 30

Description: 1.1 This practice covers a means of measuring the amount of heat transfer quantitatively through a material or system. 1.2 This practice is similar to the Heat Flow Meter System of Method C 518, but modified to accommodate small test samples of higher thermal conductance. 1.3 The

Description: The LINSEIS Heat Flow Meter provides a rapid and easy to use instrument to determine the thermal conductivity properties of low thermal conductivity insulation materials as well as all other materials with a high level of accuracy. The instrument is designed per

• Temperature Range: -30 to 90 C
• Accuracy: 3 (%)
• Remote Interface: Application Software Included, Computer Interface
• Features: Cooling Available

Description: 1.1 This test method describes a steady-state technique for the determination of the resistance to thermal transmission (thermal resistance) of materials having a thickness of less than 25 mm. Thermal conductivity may be determined for homogeneous opaque solid specimens

Description: 1.1 This test method covers a steady-state technique for the determination of the resistance to thermal transmission (thermal resistance) of materials in thicknesses of less than 25 mm. For homogeneous opaque solid specimens of a representative thickness, thermal

Description: THERMAL INSULATION MATERIALS. DETERMINATION OF THERMAL CONDUCTIVITY. HEAT FLOW METER METHOD

Description: (PID) controller, smoke development index, solar absorptance, developed by TG 525, thermal aging, thermal conductivity, thermocouple wire, thermal efficiency, thermal properties, thermal test, test panel, STG 02.

Description: (PID) controller, smoke development index, solar absorptance, developed by TG 525, thermal aging, thermal conductivity, thermocouple wire, thermal efficiency, thermal properties, thermal test, test panel, STG 02.

Description: • Display offers both an electronic sweeping dial and a numerical readout Pirani vacuum gauge uses the Pirani Principle of thermal conductivity to measure in the fine vacuum range. It incorporates a new transducer that is substantially more chemically resistant and mechanically

• Display Type: Digital
• Signal Output: RS232 / RS485

Description: Graphene Thickness: 11-15 nm Graphene Average Particle Diameter: 15 micron Graphene Surface Area: 50-80 m2/g Carbon: 99.5+% Electrical Conductivity (siemens/meter): 107 (parallel to surface), 102 (perpendicular to surface) Thermal Conductivity (watts/meter-K): 3000

• Specific Surface Area (SSA): 50 to 80 m²/g
• Application: Biomaterials / Life Sciences
• Material: Carbon
• Type: Nano Powder / Particulate

Description: Graphene Thickness: 6-8 nm Graphene Average Particle Diameter: 15 micron Graphene Surface Area: 120-150 m2/g Graphene Carbon: 99.5+% Graphene Electrical Conductivity (siemens/meter): 107 (parallel to surface), 102 (perpendicular to surface) Graphene Thermal Conductivity

• Specific Surface Area (SSA): 120 to 150 m²/g
• Application: Biomaterials / Life Sciences
• Material: Carbon
• Type: Nano Powder / Particulate

Description: FSC2000 series concentration sensors are specially designed OEM model of methanol concentration sensor utilizing Siargo's proprietary MEMS process and package technology. It measures the concentration by thermal conductivity principle with which the sensor is maintained at a constant

• Electrical Output: Analog Voltage
• Features: In-line

Description: t has the highest wear, chemical resistance, hardness, and thermal conductivity among ceramics. Production Range 0.8 mm-25.4 mm (25.4 mm or bigger, customizable) Applications Mechanical seal bearing, Burner nozzle, Pump parts, Semiconductor parts

• Diameter / OD: 0.03149608 to 1.00000054 inch
• Applications: Bearing / Power Transmission, Flow / Metering, Sprayers / Pumps
• Ball Type: Ceramic Balls
• Features: Corrosion Resistant, Dielectric / Electrically Insulating, Nonmagnetic, Refractory / High Temperature, Silicon Carbide, Specialty / Other, Wear Resistant (Bearing / Tool Grade)

Description: piezoresistive transducer is less sensitive to gas composition, making this meter incredibly versatile in the Torr vacuum range. For applications requiring milliTorr readings, calculation or recalibration is necessary for gases with thermal conductivity significantly different

Description: maintain. When the spot sample needs to be run, the unit is already powered up and stable, eliminating the wait at the meter site.

• Number of Injection Ports: 0
• User Interface: Digital Front Panel
• Display: Digital Readout
• Application: Energy

Description: The reliable and compact GC-8A is Shimadzu's basic gas chromatograph model for dedicated applications. Economical and simple to use, the GC-8A supports a single detector, manual pressure or flow control, on column injection port(s), and analog output. Isothermal or single temperature ramp program

• Oven Temperature Range: 39.2 to 750.2 F
• Number of Injection Ports: 2
• User Interface: Analog Front Panel
• Display: Analog Meter, Digital Readout

Description: The Nova 337 Portable Process Analyzer has been designed for the detection of Sulfur Hexaflouride (SF6) primarily in air or Nitrogen (N2). However it can be used in some other applications with several background gases present. Consult Nova on these applications.The thermal

• Response Time: 10 seconds
• Operating Temperature: 55 to 120 F
• Measurement Type: %Volume
• Application: Ambient Air Monitoring, Personal Exposure Monitoring, Process Gas

Description: The Nova 334 Portable He Analyzer has been designed for the detection of He primarily in air or nitrogen. However it can be used in some other applications with several background gases present. Consult Nova on these applications.The thermal conductivity (T/C) cell provides a fast and

• Response Time: 10 seconds
• Operating Temperature: 55 to 120 F
• Measurement Type: %Volume
• Electrical Outputs: Analog Current, Analog Voltage

Description: The Nova 335 Portable Analyzer has been designed for the detection of hydrogen (H2) primarily in air or N2 However it can be used in some other applications with several background gases present. Consult Nova on these applications.The thermal conductivity (T/C) cell provides a fast and

• Response Time: 10 seconds
• Operating Temperature: 55 to 120 F
• Measurement Type: %Volume
• Electrical Outputs: Analog Current, Analog Voltage

Description: Strength MPa 5500 Flexural Strength MPa 1250 Modulus of Elasticity Gpa 200 Thermal Conductivity W/(m.k) 3(20-400℃) Thermal Expansivity Cofficient 10^-6K^-1 9.6 Facture Toughness Mpa.m0.5 8 Grain Size um 0.5

• Density: 5.99999621323765 g/cc
• Coeff. of Thermal Expansion (CTE): 9.6 µm/m-C
• MOR / Flexural Strength: 181,296.04919649626 psi
• Compressive / Crushing Strength: 797,702.6164645836 psi

Description: The Nova 7900 Series Heat Treat Analyzer System utilizes high stability infrared detectors for the simultaneous measurement of CO, CO2, and CH4. In addition, the analyzer can also be supplied with a non-consumable, long life thermal conductivity cell for hydrogen that is compensated

• Dew Point Range: -148 to 78.8 F
• Dew Point Accuracy: 1 F
• Operating Temperature: 32 to 122 F
• Electrical Outputs: Analog Current

Description: Strength(HV0.5) Mpa ≥2600 Modulus of Elasticity Mpa 410 Thermal Properties Maximum Working Temperature °C 1600 Thermal Conductivity (indoor temperature) W/m.K 2.5 Thermal Expansion Coefficient 10-6/°C 4

• Density: 3.149998011949766 g/cc
• Thermal Conductivity: 120 to 150 W/m-K
• Coeff. of Thermal Expansion (CTE): 4 µm/m-C
• Modulus of Elasticity: 59,465.10413645077 psi

Description: without compromising accuracy. Although calibrated in air at the factory, any dry noncorrosive gas is compatible. A correction factor based on the thermal conductivity of your gas is all that is required to convert readings. Or, recalibrate in the field to your specific gas

Description: without compromising accuracy. Although calibrated in air at the factory, any dry noncorrosive gas is compatible. A correction factor based on the thermal conductivity of your gas is all that is required to convert readings. Or, recalibrate in the field to your specific gas

Description: volume assures high resolution, fast detector response, and reduces error when calculating gas volumes. Highly sensitive linear thermal conductivity detector (TCD) assures the calibration volume remains constant over the full range of peak amplitudes so the area under the peak is

• Properties Analyzed: Adsorption / Desorption (Chemisorption/ Physisorption), Surface Area - Total
• Display & Special Features: Analog Meter
• Test Media: Chemicals, Metals
• Mounting / Loading Options: Laboratory / Batch

Description: The 925-31034 Micro Pirani™ Vacuum Transducer with MEMS-based Micro Pirani™ Vacuum Sensor is a thermal conductivity vacuum gauge with touchscreen display based on a unique, MEMS-based (Micro-Electro-Mechanical Systems) vacuum sensor. This 925 transducer offers a wide measurement range

• Features: Digital, Other
• Pressure Measurement: Gauge