Thermal Conductivity Tester (Protected hot plate heat flow meter method)

Product Details
Customization: Available
Type: Dynamic Laser
Sample Feeding: Wet Dispersion
Gold Member Since 2023

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  • Thermal Conductivity Tester (Protected hot plate heat flow meter method)
  • Thermal Conductivity Tester (Protected hot plate heat flow meter method)
  • Thermal Conductivity Tester (Protected hot plate heat flow meter method)
  • Thermal Conductivity Tester (Protected hot plate heat flow meter method)
  • Thermal Conductivity Tester (Protected hot plate heat flow meter method)
  • Thermal Conductivity Tester (Protected hot plate heat flow meter method)
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Basic Info.

Model NO.
DRPL-2A
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
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

 
 

 

Overview
 Reference standards for this instrument: GB/T6699.1-2001 Test methods for natural facing stones Part 1: Test methods for compressive strength after drying, water saturation, freeze-thaw cycles, GB/T11968-2020 Medium to medium compressive strength of autoclaved aerated concrete Requirements for strength testing, GB/T 5072-2008 "Test Method for Compressive Strength at Normal Temperature of Refractory Materials", GB/T 4740-1999 Test Method for Compressive Strength of Ceramic Materials, GB1964-1996 Test Method for Compressive Strength of Porous Ceramics and other standard requirements, Suitable for testing the compressive strength of non-metallic materials such as ceramics, stone, cement, concrete materials, refractory materials, and insulation materials.

Main technical parameters
1. Maximum load: 10KN;
2. Loading rate: 50-7KN/min adjustable;
3. The pressure instrument has a digital display that automatically stops when it breaks and keeps displaying the maximum pressure value;
4. Sample size: compression resistance ≤ 50mm;
(Clamps of other sizes can be customized according to customer requirements)
5. Data microcomputer processing, accuracy 0.5%;
6. Voltage: single-phase 220V, 50HZ.
Configuration: Includes one SGY-10KN test host and one set of compression clamps.


 

Thermal Conductivity Tester (Protected hot plate heat flow meter method)Thermal Conductivity Tester (Protected hot plate heat flow meter method)Thermal Conductivity Tester (Protected hot plate heat flow meter method)Thermal Conductivity Tester (Protected hot plate heat flow meter method)Thermal Conductivity Tester (Protected hot plate heat flow meter method)Thermal Conductivity Tester (Protected hot plate heat flow meter method)
 

 

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