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Water Vapor Transmission Testing Instrument for Building Efficiency with Polymer Waterproof Coils

Water Vapor Transmission Testing Instrument for Building Efficiency with Polymer Waterproof Coils

50000 USD ($)/Set

Product Details:

  • Features Automatic humidity & temperature control, real-time data logging, corrosion resistant sample chamber
  • Operating Voltage 220V
  • Max Height 350 mm
  • Test Range 0.001 10 g/m24h
  • Accuracy 0.01 g/m24h
  • Interface Type USB / RS232
  • Number of Specimens 1 6 specimens
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Water Vapor Transmission Testing Instrument for Building Efficiency with Polymer Waterproof Coils Price And Quantity

  • 50000.00 - 100000.00 USD ($)/Set
  • 1 Set
  • 50000 USD ($)/Set

Water Vapor Transmission Testing Instrument for Building Efficiency with Polymer Waterproof Coils Product Specifications

  • 0.01 g/m24h
  • 0.001 10 g/m24h
  • 350 mm
  • 220V
  • Up to 6 simultaneous tests
  • Adjustable, 10 50 mm/min
  • Digital Microprocessor Control
  • Automatic humidity & temperature control, real-time data logging, corrosion resistant sample chamber
  • Polymer waterproof membrane permeability test
  • 50 Hz
  • Water Vapor Transmission Testing Instrument
  • 1 6 specimens
  • USB / RS232
  • Approx. 70 kg
  • 0.001 g/m24h
  • 0 10 g/m24h
  • 220V AC, 50Hz
  • 0 80 mm
  • Fully Automatic
  • Benchtop
  • 30 sec
  • Touchscreen LCD Display
  • 1/4 inch
  • 120 mm
  • Room temp to 50C
  • Building efficiency testing with polymer waterproof coils
  • 0.1 0.5 MPa
  • 10% 90% RH (controllable)
  • 100 mm diameter

Product Description

High Precision

  • Patented test chamber and test dishes with advanced fluid dynamics and thermodynamic designs.
  • Labthinks proprietary thermostat technology ensures that the test chamber is precisely temperature controlled and remains stable throughout the test.
  • Precise and scientific regulation and calculation of testing conditions.

High Efficiency

  • 12 test stations
  • Supports test modes of desiccant method and water method

Labor Saving

  • Automatic humidity and flow rate controlling.
  • Desiccator requires no replacement of inner core.
  • High-efficiency water vapor generator.

Simplified Operation

  • 12 touch-screen pad powered by WindowsTM 10 operating system
  • Fast automatic testing process
  • Optional DataShieldTM software and accessories for automatic data management

Product Features

New Generation Test Chamber and Test Dishes
Patented test chamber and test dishes with advanced hydrodynamic and thermodynamic designs ensure the uniform flow rate over the specimen surface, stable temperature and humidity, creating a uniform and stable testing environment. As a result, the test duration is shortened and the test results will be more accurate.

Excellent Testing Abilities of High and Low Barrier Materials
The testing conditions will be regulated precisely in real time, which ensures the high testing accuracy and repeatability of high and low barrier materials.

Automatic Controlling of Temperature, Humidity and Air Velocity
Labthinks proprietary thermostat technology ensures that the test chamber is precisely temperature controlled and remains stable throughout the test.
Air velocity is monitored and regulated in real time.
High-efficiency and mist-free automatic humidity regulator meets the requirements for long-term continuous tests.
It is unnecessary to replace the inner core of the desiccator, which can continuously work for 20,000 hours.

Easy-to-use and High-efficiency System
The automatic test mode, combined with the instrument features, eliminates the need for manual adjustments to quickly obtain accurate results, saving training costs and releasing staff from manual monitoring so that they are available for other tasks.

The professional test mode provides flexible and rich instrument control functions to meet individual scientific research needs.
Unique, optional DataShieldTM system facilitates centralized management of user data. It supports a variety of formats of exported data. Reliable security algorithms are used to prevent data leakage. It supports universal wired and wireless LAN, optional private wireless network and third-party software.

User-oriented Service Concept
Adhering to our user-oriented service concept, Labthink has created a customization system that provides flexible and comprehensive customization services for the accommodation of non-standard specimens and packages.

Test Principle

The test specimen is mounted in the test dish which contains water or desiccant inside. The test dish is placed in the test chamber with stable temperature, humidity and air flow. The water vapor permeates through the specimen and into the dry side. By measuring the weight changes of the test dish periodically, water vapor transmission rate and other parameters can be obtained.

Test Standards

ASTM E96, ASTM D1653, ISO 2528, TAPPI T464, DIN 53122-1, GB/T 1037, GB/T 16928, YBB 00092003-2015

Applications

Basic Applications
  • Films
    Plastic films, plastic composite films, paper-plastic composite films, coextruded films, aluminum coated films, aluminum foil composite films, glass fiber aluminum foil paper composite films and many other film materials
  • Sheeting
    PP, PVC and PVDC sheeting, metal foils, rubber pads and other sheeting materials
  • Paper and Paper Board
    Aluminum coated paper for cigarette, paper aluminum plastic composite film and other paper and paperboards
  • Textiles and Nonwovens
    Textiles and nonwoven fabrics
Extended Applications
  • Construction Materials
    Geotextiles, felt, roofing and building materials, vapor barrier membranes, etc.
  • Aseptic Wound Protection Films and Medical Plasters
    Aseptic wound protecting films, medical plasters and protective clothing materials

Technical Specifications

Table 1: Test Parameters Note1

Parameter Model C360H
Testing Efficiency 0.01g/(m2day) 0.5g/(m2day) >24 hours
0.0006g/(100in2day) 0.0323g/(100in2day)
0.5 g/(m2day)5 g/(m2day) 12 24 hours
0.0323g/(100in2day) 0.3225g/(100in2day)
> 5 g/(m2day) 12 hours
> 0.3225 g/(100in2day)
Max. Test Range Water Method 10000/ni141-12i14g/(m2day)
645/ni141-12i14g/(100in2day)
Desiccant Method 1200g/(m2day) per piece
77g/(100in2day) per piece
Test Station   12
Test Temperature C 20 55 0.2
Test Humidity RH 10% 90% 1%
Additional Functions DataShieldTM Note2 Optional
Computer System required by GMP Optional
CFR21 Part11 Optional

Table 2: Technical Specifications

Specimen Size I74mm
Specimen Thickness 3mm
Test Method Desiccant Method / Water Method
Standard Test Area 33cm2
Carrier Gas Compressed Air
Drying of Carrier Gas Long Service-life Desiccator (unnecessary to replace inner core)
Humidifying of Carrier Gas High-efficiency mist-free humidity generator
Carrier Gas Pressure 0.6 MPa
Port Size I6mm PU Tubing

Note 1: The parameters in the table are measured by professional operator in Labthink laboratory according to relative requirements for laboratory standard conditions.
Note 2: DataShieldTM provides safe and reliable data application support. Multiple Labthink instruments can share one single DataShieldTM system which can be purchase as required.
Note 3: The described product features should be in line with Table 1: Test Parameters.



Advanced Testing Made Effortless

Benefit from precise and reliable water vapor permeability measurements with this fully automated instrument. Its touchscreen interface, inbuilt memory for up to 1000 test records, and real-time data logging ensure convenience and accuracy. Adjustable test speed, automatic alarms, and a user-friendly calibration system simplify operation for lab and manufacturing environments alike.


Robust Construction & Flexible Application

Manufactured with high-grade, corrosion-resistant stainless steel, this instrument is designed for durability and consistent performance. The capacity to test up to six specimens simultaneously enhances productivity, while adjustable humidity and temperature conditions allow simulation of real-world environments for building material evaluation, especially for polymer waterproof membranes.


Comprehensive Compliance & Secure Handling

Meeting international standards (ASTM E96, ISO 2528, DIN 53122), the instrument delivers validated results across global applications. Secure wooden crate packaging assures safe transport, while vacuum system compatibility and digital export options streamline operation and reporting for regulatory and research needs.

FAQ's of Water Vapor Transmission Testing Instrument for Building Efficiency with Polymer Waterproof Coils:


Q: How does the Water Vapor Transmission Testing Instrument operate?

A: This instrument operates using a fully automatic digital microprocessor control system. It accurately measures water vapor transmission rates by maintaining specific temperature and humidity conditions within a corrosion-resistant chamber. Users can control sampling intervals, test speed, and monitoring parameters via a touchscreen LCD display.

Q: What materials or specimens can be tested with this instrument?

A: The device is specially designed for polymer waterproof coils and membranes but is also suitable for a variety of building materials. It can accommodate up to six specimens simultaneously, each with a 100 mm diameter, allowing for parallel testing and comparative studies.

Q: Where can this instrument be used and who benefits from it?

A: Ideal for laboratories, research institutions, construction material manufacturers, and quality control departments, the instrument's benchtop and robust design makes it suitable for environments requiring precise building efficiency and permeability measurements. Exporters, manufacturers, and suppliers also find value in its compliance with international standards.

Q: What is the testing process and how is data handled?

A: The process involves setting up specimen samples in the chamber, selecting testing parameters (speed, humidity, temperature), and starting the automatic test run. Data is logged in real-time, with storage for up to 1000 records, and can be exported easily via USB or as CSV files for further analysis.

Q: When do alarms or alerts activate during operation?

A: Automatic alarms are triggered whenever there is a deviation from preset parameters or when errors occur. This ensures rapid identification and correction of issues, maintaining data integrity and reliability of results throughout the testing cycle.

Q: What are the primary benefits of using this testing instrument?

A: Key benefits include high accuracy (0.01 g/m224h), rapid response (30 sec), adjustable settings for various testing conditions, and a corrosion-resistant chamber for long-term durability. The system is easy to calibrate, supports versatile data export, and ensures repeatable, standards-compliant results.

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