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Dielectric Analyzers

The LT-451 Dielectric Cure Monitor is a compact, versatile instrument designed for Research & Development, Quality Assurance/Quality Control, and Production applications involving thermoset materials–resins, composites, paints and coatings.

The wide 0.001 Hz – 100 KHz frequency range of the LT-451 allows frequency sweeping for studies of dielectric properties, and sensitivity to very high resistivity and ion viscosity (very low conductivity and loss factor). The associated thermocouple input allows correlation of temperature with cure rate and material properties.

The LT451 is available with one, two or four channels. Each channel consists of one dielectric sensor input and one thermocouple input. Instruments may be upgraded at any time with additional channels, and an external four-channel multiplexer is available. Dielectric inputs may be ordered for either mid-conductivity or high-conductivity ranges.

The CureView Data Acquisition Software has functions for defining cure monitoring parameters; data acquisition, analysis and recall; plotting and printing.

When used with either disposable or reuseable dielectric sensors, also available from Lambient Technologies, or the user’s own sensors, the LT-451 Dielectric Cure Monitor and CureView data acquisition software form a complete measurement system for studying dielectric material properties in all processing environments.

• Formulation, reaction rate and cure studies
• Diffusion studies
• Cure and process development
• Materials testing
• Statistical quality control
• Cure and process monitoring

• Epoxy
• Polyurethane
• Polyester
• Polystyrene
• Composites and laminates
• Bulk molding compound/Sheet molding compound
• Paints and coatings

Processing environments
• Ovens
• Presses
• Autoclaves
• Pultruders and extruders
• Batch reaction vessels

Dimensions: 17” W x 16” L x 5.25” H (43.2 cm W x 40.6 cm L x 13.3 cm H)
Weight: 10 lbs (4.5 Kg)

Power: 100 VAC – 240 VAC, 50/60 Hz autoswitching universal input, 4 A max

Excitation frequency range: 0.001 Hz to 100 KHz

Available excitation frequencies (Hz) :

0.001 0.0015 0.002 0.0025 0.003 0.0035 0.004 0.0045 0.005 0.006 0.007 0.008 0.009
0.01 0.015 0.02 0.025 0.03 0.035 0.04 0.045 0.05 0.06 0.07 0.08 0.09
0.1 0.15 0.2 0.25 0.3 0.35 0.4 0.45 0.5 0.6 0.7 0.8 0.9
1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 6.0 7.0 8.0 9.0
10 15 20 25 30 35 40 45 50 60 70 80 90
100 150 200 250 300 350 400 450 500 600 700 800 900
1.0 K 1.5 K 2.0 K 2.5 K 3.0 K 3.5 K 4.0 K 4.5 K 5.0 K 6.0 K 7.0 K 8.0 K 9.0 K
10 K 15 K 20 K 25 K 30 K 35 K 40 K 45 K 50 K 60 K 70 K 80 K 90 K
100 K


Excitation amplitude: Sine wave, 1.0 V nominal (2.0 V peak-to-peak)

Base instrument accuracy:
0.001 Hz to 10 KHz: 0.1 dB gain, 0.1 deg phase
15 KHz to 100 KHz: 0.5 dB gain, 2.0 deg phase

Available interfaces: Mid-conductivity, High-conductivity

Inputs: 1-dielectric sensor, 1 thermocouple / channel
4-uncommitted analog input (±10 V range)

Outputs: 2-TTL/digital outputs

Dielectric sensor type: Interdigitated, parallel plate or single electrode for
Mid- or High- Conductivity interfaces

Thermocouple type: J standard, K by special order

Number of channels: 1 channel for LT-451A
2 channels for LT-451B
4 channels for LT-451C

Communications: RS-232C, USB with adapter

Price: $0.00

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Micro Reaction Calorimeter

Micro Reaction Calorimeter (μRC)

  • Titration Calorimetry
  • Isothermal Calorimetry
  • Scanning Calorimetry
  • Available with a range of options
  • Small Footprint
  • Simplified Data Analysis



Baseline Noise From 5µW
Temperature Range -5° to 150°C
Dynamic Range 5µW to 100mW
Modes of Operation Isothermal, Titration, Scanning
Scanning Rate Up to 2°C/min
Isothermal Stability +/-0.0001°C
Cell Volume 1.5mL
Cell Type Removable Glass Vial
Injection Volume 1 to 250 µL
Stirring Speed 0-400rpm
Footprint 15 x 40 x 35 cm

Price: $0.00

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PMB Moisture Analyzer


  • Vivid, backlit LCD easily visible in any lighting conditions
  • Programmable backlight can be set to “always on,” “always off” or “light only when weighing”
  • Pan lifter allows easy sample placement and removal
  • USB and RS-232 interfaces provide speedy communication with computers and printers
  • USB host for memory card and USB I/O interface
  • Temperature range 50°C to 160°C in one-degree increments
  • Three settings for heating sample include ramp-up, stepped temperatures and single temperature
  • Seven preset drying modes allow test routines for several products
  • Testing can be set to start automatically when lid closes
  • Color-coded keys facilitate quick recognition of the most frequently used buttons


  • Moisture determination
  • Weighing

General Specifications

  • Weighing Units: g, %M, %S, ATRO %M, ATRO %S
  • Interface: RS-232/USB
  • Power Supply: Power Cord
  • Display: Backlit LCD with 24mm high digits
  • Calibration: External Calibration
  • Housing: Die cast aluminum
  • Operating Temperature: 0°C to 40°C/32°F to 104°F

Price: $0.00

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Micro-X360 Residual Stress Analyzer

μ-360 Residual Stress Analyzer 

Portable X-Ray Instrument for measuring residual stress in metal, structures and composites


  • Easy Setup
  • Fast
  • Reliable
  • On Site Analysis
  • Low Electric Power
  • Easy to use Software



  • Railroad Track
  • Bridges
  • Oil Tank
  • Welds


Price: $0.00

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Hitachi High-Tech Sciences DSC7020 Differential Scanning Calorimeter

Name : 
Differential Scanning Calorimeter

Type : DSC7020

Overview : Newly developed DSC with high performances to satisfy variety measurements, which are difficult to be fulfilled with traditional DSC. Sensitivity and dynamic range are specially improved. DSC7020 is the best DSC for not only high sensitivity measurements, but for routine measurements such as quality control measurement also.

Features :

1. Realized 0.2µW sensitivity with Digital optimize technologies. It is possible to measure glass transition temperature with 10µg sample only.

2. Newly designed cooling systems including Auto-LN2 cooling system and Electronic Cooling system are available. The cooling performances of both systems are improved.

3. Auto-sampler and Mass flow options improve high effective measurements.

AS-3D Auto-sampler
Temperature Range
-150 ~ 725°C
Measurement Range
Program Speed
0.01 ~100°C/min
Sample Set Number

Price: $0.00

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Micro Press

The LTP-350 MicroPress is a miniature thermal pneumatic press designed for the curing of SMC, BMC, epoxies, polyesters, polystyrenes, polyurethanes, silicones, laminates and other polymeric materials. Providing a portable, easily operated platform to reproduce the time-temperature-pressure processing profiles of most polymers, the LTP-350 MicroPress has independent temperature control of both upper and lower platens and can operate in either isothermal or ramp-and-hold modes. The heating temperature range is ambient to 350 Degrees C (660 Degrees F), and maximum applied force is 2000 pounds (909 Kg). Platen area is 3.0” x 3.0” (75 cm x 75 cm), and the LTP-350 MicroPress dimensions are shown in the figure below.

The LTP-350 MicroPress can be controlled manually or with the Lambient Technologies CureView software. When used with any of the Lambient Technologies dielectric sensors, the LTP-350 MicroPress becomes a complete testing station for dielectric cure studies.


Cylinder diameter: 5” (125 cm)

Maximum input air pressure: 120 psi

Maximum applied force: 2000 pounds (909 Kg)

Pneumatic connection: Nylon or polyurethane tubing 10 mm O.D., 1.5 mm wall

thickness, rated for 8.25 bar (120 psi)

Stroke (max. platen separation) : 4.5” (11.4 cm) without CeramicombTM sensor plate,

approximately 3.25 “ (8.9 cm) with sensor plate

Platen dimensions: 3” x 3” (75 cm x 75 cm)

Press dimensions (H x W x D): 28.3” x 17.4” x 19.0 “ (71.9 cm x 44.2 cm x 48.3 cm)

Press weight: 80 lbs. (36 Kg)

Water connection: None

Cooling: Ambient cooling or optional cooling plate with circulating water

Working temperature: ambient to 350 ?C (660 ?F)

Thermocouples: Type J, one in each platen

Total heater power: 450 W (225 W/platen)

Press voltage: 120 or 240 VAC, 50-60 Hz (specify mains voltage when ordering)

Press current: 4.1 A at 120 VAC, 2.0 at 220 VAC

Controller voltage: 120 or 240 VAC, 50-60 Hz (specify mains voltage when ordering)

Controller communications: RS-485, USB with adapter


Independent isothermal temperature mode for each platen

Ramp and hold mode

Temperature controller detachable for convenient servicing.

Price: $0.00

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Isothermal Battery Calorimeter

Isothermal Battery Calorimeter


  • Accurate heat measurement down to 10µW over temperature range
  • Wide dynamic range up to 9W
  • Small footprint, no ancillary cooling equipment required
  • Windows based control software, USB connection


Max Temperature (°C) 80
Min Temperature (°C) -5
Temperature Stability (°C) 0.002
Refrigerated recirculator required No
Calorimeter chamber diameter (mm) 35 (customisable)
Calorimeter chamber depth (mm) 70 (customisable)
Number of sample chambers 1
Number of reference chambers 0
RMS Noise
under controlled ambient conditions
Max heat detection 9W
Inegrated Cycler No
Min Current Defined by cycler
Max Current 20A
Current resolution Defined by cycler
Internal wiring (force) 8 ga (3.3mm)
Internal wiring (sense) 20 ga (0.8mm)
Heat capacity measurement capability Yes
Heat cut out Yes
NPurge Yes
External cycler terminals Yes
Footprint (Width x Height x Depth) 10 x 12 x 16 inch
25 x 30 x 41 cm
Weight 22 lbs
10 kg

*Specification above subject to change

Price: $0.00

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Hitachi High-Tech Sciences STA7300 High Temperature Simultaneous Thermal Analyzer

Name : Simultaneous Thermal Analyzer

Type : STA7300 Simultaneous Analyzer

Overview : This unit was designed to perform simple yet complex thermo gravimetry/differential thermal analysis (TG/DTA) of organic materials such as polymers and inorganic materials such as metals and ceramics simultaneously.

Features :

  • Stable TG and DTA baselines
  • Improved temperature tracking
  • Optional Mass Flow Controller unit
  • Built-in option control function for smaller space


Model STA7300
Measurement Method Weight detection method: Horizontal differenceTemperature detection method: Differential thermocouple
Sample Weight Maximum: 200mg; Or an amount that fits in the sample container
Temperature Range Ambient to 1500°C
Heating Rate 0.01 to 100°C/min.
TG Measurement Range +/-400mg
TG Sensitivity 0.2µg
DTA Measurement Range +/-1000µW
DTA Sensitivity 0.06µV


Price: $0.00

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Multi Sample TGA



(Navas Instruments MMS-4000 Series, Accurate TGA method)

The MMS-4000 is ideal for applications where is necessary to analyze a large amount of samples and let the instrument work at night, like flour, food, feed, cement and other applications.

LOI at 1000 º C in 20 minutes (15 to 19 samples simultaneously, depending on model, auto loader with capacity for 78 samples, can process 93 samples automatically overnight)


Furnace carousel, balance pedestal and crucibles are made of a special metal alloy for high temperatures (ceramic crucibles are also available for some applications).


Determination of: moisture and/or ash.
Applications: flour, wheat, food, animal feed, snacks, dough, coal (quick ash), coke (quick ash), coal preparation plants, biomass, biochar, graphite, iron ore, cement, calcium carbonate, bauxite, fertilizers, rubbers, plastics, used engine oil, etc…

Temperature Range: 50 ~ 1000 º C ± 1 º C
Sample Size: 0.1 ~ 10 grams
Standard Deviation of ± 0.0002 grams
Number of samples: 15 to 19 simultaneously, models with different numbers of samples available, can process 93 samples automatically overnight
Weight Loss/Gain Range: 0 ~ 100 %.

Navas Instruments MMS – 4000’s come standard with these notable differences:

  • All parts subjected to heat (carousel, balance pedestal and crucibles) are made from a metal alloy for high temperatures
  • Temperature regulation is plus/minus one degree Centigrade
  • Extremely robust mechanical design
  • Exceptional and unsurpassed reliability
  • Complete brand name digital precision balance of 0.1 mg sensitivity with display
  • Complete brand name temperature controller with display
  • Service, although seldom required, does not require highly-trained technicians
  • Parts are standard and generally available locally


All Navas Instruments thermogravimetric analyzers fully comply with
standard methodologies related to this type TGA analysis

Price: $0.00

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Rapid Screening Device

Rapid Screening Device


  • Multiple samples (up to 6 simultaneously)
  • Pressure & temperature differential measurement (simultaneously)
  • 10mg to 100g sample
  • 30 minute test time
  • High sensitivity (detects 1% DTBP in toluene)
  • Thermo-kinetic quantitative data analysis
  • Glass, metal, reusable sample chambers


Temperature Range:
-100 to 400°C

Number of Samples
1 to 6

Pressure Range:
0 to 160 bar

Modes of Operation:
Isothermal or scanning

Scan Rate:
0 – 10°C / min

Dedicated Windows based control and data analysis software through USB link to PC

PC Requirements:
Microsoft Windows
USB Port

70cm x 43cm x 40cm
(width x height x depth)

Price: $0.00

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Hitachi High-Tech Sciences STA7200 Simultaneous Thermal Analyzer

Name : Simultaneous Thermal Analyzer

Type : STA7200 Simultaneous Analyzer

Overview : This unit was designed to perform simple yet complex thermo gravimetry/differential thermal analysis (TG/DTA) of organic materials such as polymers and inorganic materials such as metals and ceramics simultaneously.

Features :

  • Stable TG and DTA baselines
  • Improved temperature tracking
  • Optional Mass Flow Controller unit
  • Built-in option control function for smaller space


Model STA7200
Measurement Method Weight detection method: Horizontal differenceTemperature detection method: Differential thermocouple
Sample Weight Maximum: 200mg; Or an amount that fits in the sample container
Temperature Range Ambient to 1100°C
Heating Rate 0.01 to 150°C/min.
TG Measurement Range +/-400mg
TG Sensitivity 0.2µg
DTA Measurement Range +/-1000µW
DTA Sensitivity 0.06µV


Price: $0.00

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Stress Relaxation Systems

Picture1Relaxation System for continuous measurement in either tension or compression

Meets the following requirements:
ISO 3384
ISO 6914
ASTM D6147


Price: $0.00

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EV+Accelerating Rate Calorimeter

EV+Accelerating Rate Calorimeter

Standard Features of the EV+ calorimeter are:-

  • Integrated cables for current and voltage measurement
  • Video camera (with light)
  • Gas collection line (leading to gas collection bag)
  • Ability for battery pressure and temperature measurement
  • Ability for purging, evaluation, inerting

Hardware Features & Performance

EV+ Calorimeter

40cm diameter, 44cm depth
Side 6mm thick aluminium, Lid & Base 12mm thick aluminium, 8 heaters, 6 measuring, control and safety thermocouples
Thermocouple Resolution 0.001°C, Precision <0.2%, Accuracy 0.7%
Sealed lid designed for integral gas collection; safety release near 1 bar overpressure
Sealed lid pressure limit to 1 bar over pressure
Integrated high-current connectors (300A)
Integrated video monitor
Integrated inert gas purging facility
Pre-installed facilities for options

Temperature range
Ambient to 300°C temperature range
(-40°C with liquid nitrogen flow option LNF)

Sensitivity (applicable to new calorimeters only)
Potential to achieve 0.02°C/min to 200°C

Pressure Range 0-14 bar (or specify higher range with alternative transducer)
Resolution 0.005bar, Precision 0.02%, Accuracy 0.05%

Control Modes
Adiabatic; Ramping, Isothermal modes, True Isothermal, Isoperibolic, Step Isothermal

1.93 cubic meter containment vessel (Blast Box);
3mm reinforced Steel, Proximity Switch, Door interlock;
Automated Fume Extraction facility

Sample Holders
Special open or closed holders for any battery type

Price: $0.00

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Hitachi High-Tech Sciences DMA7100 Dynamic Mechanical Analyzer

Name :
Dynamic Mechanical Analyzer

Type : DMA7100 Dynamic Mechanical Analyzer

Overview : Now see your data from Inside and Out. The new Hitachi High-Tech DMA7100 with built in Camera allows you to see your sample while it is undergoing dynamic mechanical testing in any of 7 geometries (single cantilever, dual cantilever, tension, compression, shear, film shear, & 3 point bending). The DMA7100 is easy to load and includes easy to use software. The DMA7100 does not require air or gas for use. The optional temperature range on the DMA7100 is -150C to 600C. Other new features include a Lissajaus Monitor, wider frequency range, and a new more compact space-saving design.

Features :

  • Built–in Camera
  • Easy-to-Use Software
  • 7 Geometries
  • Lissajous Monitor


DMA 7100
Deformation mode
Bending, Tension, Shear*, Film Shear* Compression* 3-point bending*
Measurement Range
105 to 1012 Pa (Bending) ,105 to 1012 Pa (Tension), 103 to 109 Pa (Shear), 107 to 1011 Pa (Film shear), 105 to 109 Pa (Compression),105 to 1012 Pa(3-point Bending)
Temperature Range
-150 to 600°C
Temperature Scan Rate
0.01 to 20°C/min
420(w) X 630(d) X 725(h) mm

Price: $0.00

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Hitachi High-Tech Sciences TMA7100 Thermo Mechanical Analyzer

Name : Thermo Mechanical Analyzer

Type : TMA7100 Thermo Mechanical Analyzer

Overview : This analyzer was designed for simple yet highly sensitive measurements of the thermal mechanical properties of polymers and other materials. Thermal stress/strain properties can also be measured as a function of temperature or time, thermal expansion, heat shrink, or softening.

Features :

  • High sensitivity of 0.01µm
  • Optional Auto LN2 Gass Cooling Unit (for TMA7100) to improve cooling efficieny
  • Optional Mass Flow Controller unit
  • Built-in option control function for smaller space


Model TMA7100
Measurement Method Full Expansion Method
Probe Support Method Cantilever
Sample Size Expansion: Ø10mm X L25mm

Tension: w5 X t1 X L25mm

SS Mode: w5 X t1 X L25mm

Temperature Range -150-600°C
Heating Rates 0.01 to 100°C/min.
TMA Measurement Range +/-5mm
TMA Sensitivity 0.01µm
Load Range +/-5.8N (The maximum load range differs by the probe used).

Price: $0.00

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Thermowave Analyzer TA


  • Measure absolute values of thermal diffusivity
  • Anisotropic measurement: In-plane and out of plane directions
  • Dynamic range: Organic films to Diamonds
  • Contact with sample: Contactless measurement
  • Sample shape: Free (disk shape is preferred)
  • Thermal conductivity could be derived from the thermal diffusivity


TA35 TA33 TA32 TA31
Thermophysical Property Value Thermal Diffusivity (Absolute)
Measurement range 0.1 ∼ 1000[×10-6m2s-1]
Output data Frequency, Distance, Amplitude, Phase, Thickness
Orientation IN-PLANE
Accessories Sample stage heater Option Option
Focus adjustment Auto Auto Manual Manual
Measurement environment Temperature Room Temperature
Temperature(Heater installed) RT ∼ 300[℃]
Frequency 0.01[Hz] ∼ 100[kHz]
Heating laser(Semiconductor laser) wavelength 808[nm]
Maximum output 1.5[W]
Radiation thermometer Element InSb
Cooling method Liquid nitrogen
Stage displacement(XY axis) Detection stage ±5[mm] ±5[mm] ±5[mm]
Sample stage ±10[mm]
Repeatability ±5[%]
Power supply AC100-240[V], 10-5[A], 50/60[Hz]
Laser safety standards CLASS Ⅰ LASER PRODUCT
IEC/EN 60825-1:2007


Sample Solid
Shape Any shapes
Surface Sample substrates should be flat and smooth for best results.
Coating Blacken with graphite spray. For graphite or similar meterial coating is not necessary.
Sample Size MAX: 100 × 100 × 2 [mm]
MIN: 10 × 10 × 0.015 [mm]
Reference sample Unnecessary

Price: $0.00

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