LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)

Product Details
Customization: Available
After-sales Service: Online
Warranty: 1 Year
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  • LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)
  • LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)
  • LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)
  • LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)
  • LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)
  • LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)
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  • Overview
  • Product Description
  • Product Parameters
  • Detailed Photos
Overview

Basic Info.

Model NO.
LRPL-III-300
Load Way
Electronic Load
Loading Method
Dynamic Load
Display
Digital
Control
Computer Control
Weight
0-100Kg
Power Source
AC220V
Thickness
10-50 mm
Repeatability
±1%
Thermal Conductivity
0.0010-3.0000 W/(M·K)
Transport Package
Wooden Pakage
Specification
300 × 300 mm
Trademark
LONROY
Origin
China
HS Code
9024800000
Production Capacity
200

Product Description

Product Description

LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)

Description:
  
This instrument adopts the internationally popular method of using thermal flow meters to measure the thermal conductivity and thermal resistance. It is equipped with a computer to achieve fully automatic testing and generate experimental reports. It is suitable for testing the thermal properties of low thermal conductivity materials such as insulation materials and refractory materials. With the addition of a sample frame, it can also be used for powder material testing. It is widely used in universities, research institutes, quality inspection departments, factories and mines.

Standard
The methods for determining the thermal resistance and thermal conductivity of JIS-1412-2 heat-resistant materials, GB/T10295-2008, ISO 8301:1991 (the steady-state thermal resistance and related properties of insulation materials - the hot flow meter method), and ASTM C518-04 (the test methods for determining steady-state heat flux and heat transfer characteristics using the hot flow meter method).

Product Parameters

LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)

Parameter Specification
Thermal Conductivity 0.0010-3.0000 W/(m·K) (4 decimals)
Accuracy & Repeatability Accuracy: ±3%
Repeatability: ±1%
Sample Specifications  
- Size 300 × 300 mm (Standard)
Customizable
- Thickness 10-50 mm
- Materials Solids, Powders
Temperature Control  
- Hot Surface RT-100°C (Standard)
Up to 300°C (Optional)
Accuracy: ±0.1°C
SCR-controlled plate heater
- Cold Surface -5-99.9°C
Water-cooled precision bath
Accuracy: ±0.1°C
Automation  
- Pressure Clamping 0-1000 N (Resolution: 0.1 N)
- Thickness Measurement 0-50 mm (Resolution: 0.01 mm)
Environmental Control Acrylic wind shield with side door
Protective monitoring system for stability
 
Detailed Photos

LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)



LRPL-III-300 Fully Automatic Thermal Conductivity Equipment (Protective Plate Heat Flow Meter Method)














 

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