LINSEIS Testing

DILATOMETERS

HORIZONTAL DILATOMETER

  • Vacuum tight Remote Automatic zero adjustment of LVDT

  • Automatic pressure control with digital display

  • A variety of sample holders made of quartz, Al2O3, graphite

  • Rate Controlled Sintering Software RCS

  • CTE, Linear Thermal Expansion, Alpha Physical, Sintering Temperature, Phase Transformations, Softening Points, Decomposition Temperatures, Glass Transition Temperatures


    • LINSEIS instruments observe the conformable instrument and applications standards for Dilatometry - DIL (e.g. ASTM D 696, ASTM D 3386, ASTM E 831, DIN

    VERTICAL DILATOMETER

  • Zero Friction

  • Vacuum tight

  • Remote automatic zero adjustment of LVDT

  • Automatic pressure control with digital display

  • A variety of sample holders made of quartz, Al2O3, graphite

  • Rate Controlled Sintering Software RCS


    • LINSEIS instruments observe the conformable instrument and applications standards for Dilatometry - DIL (e.g. ASTM D 696, ASTM D 3386, ASTM E 831, DIN

    8 SAMPLE DILATOMETER

  • 8 measuring systems operate simultaneously

  • temperature range -40°C up to +160°C

  • sample dimensions 4 x 10 x 80 mm

  • measuring sensor LVDT

  • 32 Bit Software running in Microsoft ® operating environment

  • For fast and easy change of samples all piston can be retracted by an excenter


    • LINSEIS instruments observe the conformable instrument and applications standards for Dilatometry - DIL (e.g. ASTM D 696, ASTM D 3386, ASTM E 831, DIN

    THERMO MECHANICAL ANALYSIS (TMA)

    POLYMER AND RESINS TMA

  • Temperature range: -30 to +70°C

  • For polymers and resins

  • The sample is loaded between a fixed point and a moveable push rod out of quartz glass, which is connected to a high precision LVDT sensor, with 10nm / 1,25nm/digit resolution.

  • Sample dimensions of maximum 50 mm length and 8, 5 mm diameter are possible. An option is available, so that the hardening processes of Resins can be measured.

    • DYNAMIC - THERMO MECHANICAL ANALYSIS

  • Temperature range: -150 to +1,000°C

  • Force range: 0.001 to 1 N

  • Frequency: 0.01 to 1Hz

  • Static and dynamic TMA measurements possible

  • 5 different measuring systems for expansion, elasticity, 2 x penetration tests, expansion of threads

  • Software control of load and all other parameters

  • Tension studies of the stress/strain properties of films and fibers

    • HIGH TEMPERATURE TMA

  • This product was specifically developed to meet all TMA measurements under highest temperatures (RT-1,600°C).

  • Purity measurements

  • Melting point determination (onset / offset)

  • Energy content of explosives

  • Stability of explosives (storage)

  • The dynamic measuring mode can give a changing load from 0.001 to 1 N in an optional frequency range from 0.001 to 1 Hz.

    • LINSEIS TA-WIN

    Features -Software:

  • User-friendly

  • Multi-methods analysis (DSC TG, TMA, DIL, etc.)

  • Zoom function

  • Online help menu

  • Report generator

  • Data export to MS Excel

  • Export and import of data ASCII

  • Program capable of text editing

    • Software Options
  • Specific Heat determination (Cp)

  • Rate Controlled Sintering (RCS)

  • Calculated-DTA

  • Quenching Dilatometer Software

  • CHT / CCT / TTT Diagrams

  • Thermo Kinetics Software

  • Data security in case of power failure

  • Thermocouple break protection

  • Repetition measurements with minimum parameter input

  • Repetition measurements with minimum parameter input

  • Evaluation of current measurement

  • Curve comparison up to 32 curves

  • Storage and export of evaluations

  • Programmable gas control

  • Statistical evaluation package

  • Smoothing of total or partial measurement

  • Tangent intersection determination (automatic or manual)

  • Free scaling

    • SIMULTANEOUS THERMOGRAVIMETRY

    STA PT 1000 (TG-DSC)

  • Cost effective STA (TG-DSC)

  • Vertical mode of operation

  • Resolution 0.1 / 0.5 microgram

  • Max. Sample weight 10 gram

  • Temperature range RT up to 1,000°C

  • Top Loading sub microgram balance

  • Exchangeable measuring systems TG-DSC

  • FTIR and MS coupling possible

  • The instrument is highly suitable for thermal composition, thermal stability and oxidation studies.

    • COST EFFECTIVE STA (TGA-DSC) HIGH END THERMO BALANCE

  • Vertical mode of operation

  • Resolution 0.1 / 0.5 microgram

  • Max. Sample weight 25 gram

  • Temperature range -150 up to 500/700/1,600/1,750°C

  • Top Loading sub microgram balance

  • Exchangeable measuring systems TGA-DSC

  • FTIR and MS coupling possible

  • The system can be optionally equipped with a coupling device for EGA (Evolved Gas Analysis)

    • L81-I (TGA-DSC)

  • Top loading Balance

  • Maximum sample weight 25 gram

  • FTIR and MS coupling is possible

  • Temperature range -150°C up to +2,400°C

  • Exchangeable measuring systems for TG, TG/DTA and TG/DSC

  • Different crucibles are available like Platinum / Al2O3 etc. with different volumes

  • Vacuum 10E-5mbar, measurements under air, oxidizing or reducing atmosphere, (except at 2000/2400°C)

    • THERMAL CONDUCTIVITY

    THERMAL CONDUCTIVITY / DIFFUSIVITY

  • The XFA 500 Xenon Flash Analyzer offers a cost effective method for Thermal Diffusivity, Thermal Conductivity and Specific Heat Measurement for up to 6 Samples at the same time. The modular design of the system enables later upgrade to the sophisticated LFA 1000 system in terms of temperature and Laser Pulse source. The LFA 1000 Laser Flash Apparatus is the most modular and precise Instrument for the determination .Measurements from -125 up to 1,600°C.

    • THB - THERMAL CONDUCTIVITY METER - TRANSIENT HOT BRIDGE

  • The Linseis Transient Hot Bridge technique enables thermal conductivity, thermal diffusivity and specific heat measurements on various sample geometries and materials. This Linseis measuring instrument provides the three material properties simultaneously after just a few minutes time-regardless of whether you have used the patented sensor in a solid matter (incl. bulk material, gels, pastes) or in a liquid. One pla-ne surface of two sample halves is sufficient for the sensor.

    • THERMAL DIFFUSIVITY / THERMAL CONDUCTIVITY-LFA/XFA

  • The sample is positioned horizontally on a sample robot, located in a furnace. The furnace is then held at a predetermined temperature. At this temperature the sample bottom is then irradiated with a programmed energy pulse (laser or xenon flash). This energy pulse results in a homogeneous temperature rise at the sample top. The resulting temperature rise of the sample top is measured by a high speed IR detector and thermal diffusivity values are computed from the temperature rise versus time data. The resulting measuring signal computes the thermal diffusivity, and in most cases the specific heat (Cp) data. If the density (r) is identified, the thermal conductivity can be calculated: l(T)=a(T)•Cp(T)•r(T) Correspondence with International Standards.


    • The LINSEIS LFA and XFA operate in agreement with national and international standards such as: ASTM E-1461, DIN 30905 and DIN EN 821.

    DIFFERENTAL SCANNING CALORIMETRY (DSC) & (HDSC)

    DIFFERENTIAL SCANNING CALORIMETER DSC PT1600

  • Temperature range -150°C up to +1,750°C

  • Different measuring heads

  • Vacuum up to 10E-5mbar

  • Static and dynamic gas atmospheres

  • These heat flows are result of physical or chemical changes.

  • The main user groups of DSC are: Powder Metallurgy, High tech materials, Ceramics and many more

    • HIGH PERFORMANCE DIFFERENTIAL SCANNING CALORIMETER DSC PT10

  • Temperature range -150°C up to +700°C

  • Economy line, very attractive price

  • Forced air cooling standard

  • Low temperature model with LN2 cooling and with Intercooler

  • The three main user groups interested in DSC instruments are: plastics and rubber industry, pharmaceutical industry, food industry

    • SIMULTANEOUS THERMAL ANALYSIS

    TG/STA-FTIR

  • Thermal Analyzer + FTIR spectrometer

  • Temperature range -170°C up to 1750°C

  • L81/I-FTIR Thermo Balance + FTIR spectrometer

  • L81/II-FTIR Thermo Balance + FTIR spectrometer

  • STA PT 1000 - FTIR Thermo Balance + FTIR spectrometer

  • STA PT 1600 - FTIR Thermo Balance + FTIR spectrometer

    • TG/STA-QMS

  • Thermal Analyzer + Quadrupol Mass Spectrometer (QMS)

  • Temperature range RT up to 1750°C

  • L81/I-MS Thermo Balance + mass spectrometer

  • L81/II-MS Thermo Balance + mass spectrometer

  • STA PT 1000-MS Thermal Balance + mass spectrometer

  • STA PT 1600-MS Thermal Balance + mass spectrometer

    • IN-SITU EGA

  • Optical In-Situ Evolved Gas Analysis:

  • FTIR: Fourier Transform Infrared Spectroscopy

  • Raman-Spectroscopy

  • ELIF: Excimer Laser induced Fragmentation Fluorescence

  • Real-time online-Measurement (no dead time until measuring volume enters the measuring instrument)

    • DIFFERENTAL SCANNING CALORIMETRY DIFFERENTIAL

    DTA PT 1600 (DSC/DTA)

  • Temperature range -150°C up to +2,400°C

  • Low heat capacity measuring head

  • Static and dynamic gas atmospheres

  • TG: Mass change, Absolute sample temperature, Temperature difference (sample /reference)

  • HDSC: Enthalpy, melting energy, Specific heat, Glass point Crystallinity, Reaction enthalpy, Thermal stability, Oxidation stability, Aging, Purity, Phase transformation, Solidus/Liquids – relationship, Eutecticum, Polymorphism

    • SEEBECK COEFFICIENT / ELECTRIC RESISTANCE

    SEE BECK EFFECT & ELECTRIC RESISTIVITY

    The Thermal power, thermoelectric power, or Seebeck coefficient of a material measures the magnitude of an induced thermoelectric voltage in response to a temperature difference across that material. The thermal power has units of (V/K).

  • Temperature range* : -100 to 500°C, RT up to 800°C, RT up to1,100°C

  • Specimen holder : Sandwiched between two electrodes

  • Measurement method : Seebeck coefficient: Static dc method

  • Electric resistance : Four-terminal method

  • Atmosphere : inert, oxid., red., vac.

  • Sample size : 2 to 4 mm square or diameter x 6 to 23 mm long (maximum)

  • Lead interval : 4, 6, 8 mm

  • Cooling water requirements : required

    • RECCORDING INSTRUMENTS

    RECORDING INSTRUMENTS

    Linseis manufactures and distributes a variety of chart recorders for use in environmental, pharmaceutical, scientific, industrial, and educational industries. Linseis offers chart recorders for temperature, temperature/humidity, current, voltage and much more. Our product line includes continuous line strip-chart recorders, industrial/process chart recorders, circular chart recorders, video graphic/paperless chart recorders, XY and XYT recorders. Please browse our pages for a chart recorder that will meet your specific requirements.

    DATA LOGGER

    DATA LOGGERS - THERMOMETERS - HYGRO/THERMOMETERS

    Linseis offers a wide range of Data Loggers to meet the requirements of the transportation, environmental, pharmaceutical, scientific, and educational industries. Linseis offers Data Loggers for temperature, temperature/humidity, current, voltage and much more. Linseis Data Loggers are also used in refrigerators/freezers, commercial refrigeration systems, florists, laboratories, museums, medical storage facilities and greenhouses. Please browse our pages for a Data Logger that will meet your specific requirements.

    Contact
    Kinetics Corporation Ltd. (TIB)

    388 Ratchadapisek Road, Chandrakasem,
    Chatuchak, Bangkok 10900 Thailand.
    Tel : 662-515-8951
    Fax : 662-515-8988
    E-mail : tib@kinetics.co.th
    Website : www.kinetics.co.th

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