Microcomputer Differential Thermal Balance Unveiling Thermal Behaviors with Technology

• Type: Dynamic Laser
• Sample Feeding: Wet Dispersion
• Warranty: 1 Year
• Measuring Principle: Full Scale Laser Diffraction
• Particle Size Range: 0.1μm -1500μm /0.01μm -1500μm
• Detection System: 90/96 Channel Uniformly Crossed and Area-Compensat
• Model NO.: DTB100
• Laser: Imported High Power Fibre Output Semiconductor Las
• Laser Management: Lims Laser Intelligent Management System
• Optical Model: Full-Range Mie Scattering Theory
• Filtering Method: Dual Lens Filtering
• Acquisition Motherboard: 16bit, 200kbs
• Concentration Range: Minimum Shade 3 Per Cent, Maximum Shade 90 Per Cen
• Cuvette: Special Coating Process, Light Signal Transmittanc
• Protective Function: Ultrasonic Anti-Dry Burn
• Ultrasonic Power: 50W/60W Selectable
• Centering System: Mechanical Centre + Optical Centre Dual Positionin
• Measuring Time: Typical <10 Seconds
• Environmental Temperature: 0°c-45°c
• Transport Package: Wooden Case
• Specification: 1050mm× 320mm× 335mm
• Origin: China
• HS Code: 9027809990
• Production Capacity: 200 Sets Per Month

Product Description

 

Instrument uses

Main measurement and heat related physical and chemical changes, such as the melting point, heat of fusion and heat of crystallization crystallization, phase change heat of reaction, thermal stability (oxidation induction period), the glass transition temperature, adsorption 

and desorption, content of the component analysis, decomposition, compound, dehydration, and other additives to study the changes.

 

 

Instrument features

1, type DSC heat flow data collection methods, draw energy and temperature curves.

2, the user can make use of a standard sample temperature, energy, TGA correction accuracy.

3, the atmosphere control system uses a mass flow controller, three-way regulation, steady flow gas during the experiment can be automatically switched, high accuracy, good repeatability, fast response (can be customized resistance to various corrosive gas atmosphere control system ).

4, from the small sample to sample large doses can meet (replacement rod, the largest sample of up to 5g). Can meet a variety of different conditions the sample testing requirements.

5, all of the measurement process automatically, automatic drawing, rich software features to be completed by DTA, TG, DTG, DTTG conventional data processing; special data processing (DTA peak area, enthalpy calculations, kinetic parameter calculation, data comparison, a variety of algorithm to calculate the activation energy, glass transition temperature, specific heat, etc. comparative measurement).

6, the system during sample collection, you can capture any moment, according to the size of the output signal autoranging.

7, large-screen LCD display, real-time display of the instrument status and data, two sets of temperature galvanic, galvanic real-time display of a furnace (furnace work whether or not) another set of galvanic sample temperature display work.

8, the user is given the calculation formula or calculation method, I can plant in a timely manner to provide the corresponding software development products.

9, self-developed thermostats; thermostatic gas chromatography, mass spectrometry connector; constant temperature zone; can fully guarantee the tar and various secondary reaction gas detection.
 

type DSC heat flow data collection methods	draw energy and temperature curves
the user can make use of a standard sample temperature	energy, TGA correction accuracy.
the atmosphere control system	uses a mass flow controller
all of the measurement process	automatically