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Bags Oxygen Barrier Testing for Preventing Protein Powder Oxidation

Bags Oxygen Barrier Testing for Preventing Protein Powder Oxidation

50000 USD ($)/Set

Product Details:

  • Number of Specimens 1 to 3 (adjustable)
  • Operating Voltage AC 220V 10%
  • Application Testing oxygen barrier properties of bags to prevent protein powder oxidation
  • Response Time Within 10 seconds
  • Features User-friendly operation, precise measurement, auto-calibration
  • Mounting Type Bench-top
  • Test Range 0 - 99999 Pa
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Bags Oxygen Barrier Testing for Preventing Protein Powder Oxidation Price And Quantity

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

Bags Oxygen Barrier Testing for Preventing Protein Powder Oxidation Product Specifications

  • Oxygen Barrier Testing Machine
  • 50/60 Hz
  • Laboratory and Quality Control
  • 6 mm
  • 0.6 MPa (recommended)
  • 5 L
  • Industrial grade
  • 0 - 300 mm
  • 0 - 100% oxygen permeability
  • 10C - 50C
  • RS232, USB
  • AC 220V, 50Hz
  • Digital LCD
  • Within 10 seconds
  • Up to 300 mm
  • User-friendly operation, precise measurement, auto-calibration
  • Bench-top
  • 0 - 99999 Pa
  • 1 to 3 (adjustable)
  • AC 220V 10%
  • Testing oxygen barrier properties of bags to prevent protein powder oxidation
  • Microprocessor based digital control
  • 30% - 90% RH (non-condensing)
  • 1 - 50 mm/min adjustable
  • 450 mm
  • 35 kg
  • 0.1%
  • 1% of reading
  • 100 mm x 100 mm (standard)
  • Semi-automatic

Product Description

Product Features

New Generation Integrated Testing Block
The patented three-cell integrated test block structure using advanced thermodynamics and hydrodynamics analysis greatly improves the temperature, humidity and flow measurement accuracy across the three test cells and supports simultaneous testing of three samples.

Automatic Control of Temperature, Humidity and Flow Rate
The internal temperature and humidity of the instrument are automatically adjusted with temperature and humidity sensors, maintaining the stability of the test specimen environment.
Automatic flow rate control ensures the constant flow during the testing process and minimizes any errors caused by an unstable flow rate.

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, meets the requirements for 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.

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.

Test Principle

The pre-conditioned specimen is mounted between the upper and lower chambers at ambient atmospheric pressure. The upper chamber contains oxygen or air and the lower chamber is slowly purged by a stream of nitrogen. Due to the concentration difference between the two chambers, oxygen molecules permeate through the specimen into the nitrogen side and are taken to the coulometric sensor where proportional electrical signals are generated. The oxygen transmission rate is then obtained by analyzing the signals and calculating the volume of oxygen measured by the sensor. For whole package samples, high purity nitrogen flows inside the package, and oxygen or air flows outside.

Test Standards

ASTM D3985, ASTM F1307, ASTM F1927 (option), GB/T 19789, GB/T 31354, DIN 53380-3, JIS K7126-2-B and YBB 00082003-2015

Applications

Basic Applications
  • Films
    Plastic films, paper-plastic composite films, coextruded films, aluminized films, aluminum foils, aluminum foil composite films, glass fiber aluminum foil composite films and many others
  • Sheeting
    PP, PVC and PVDC sheets, metal foils, rubber pads, silicon wafers and other sheeting materials
  • Packages
    Plastic, rubber, paper, paper-plastic composite, glass and metal packages, e.g. Coke bottles, peanut oil packages, Tetra Pak materials, vacuum bags, metal three-piece cans, plastic packages for cosmetic, soft tubes for toothpaste, jelly and yogurt cups
Extended Applications
  • Closure Systems
    Oxygen barrier property of various closure systems for bottles cartons and pouches.
  • Solar Back-Sheets
    Oxygen permeability test of solar back-sheets
  • Plastic Tubes
    Oxygen permeability test of various sorts of tubes, e.g cosmetic tubes.
  • Blister Packs
    Test oxygen transmission rate of the whole blister packs
  • Automotive and Small Engine Fuel Tanks
    Permeability of plastic fuel tanks.
  • Battery Plastic Shell
    Oxygen transmission rate of battery plastic shell

Technical Specifications

Table 1: Test Parameters Note1

Parameter Model C230H
Test Range cm3/(m2d) (Standard) 0.01 200
cc/(100in2day) 0.0007 12.9
cm3/(pkgd)(Package) 0.00005 1
Resolution cm3/(m2day) 0.001
Repeatability cm3/(m2day) 0.01 or 2%
Test Temperature C 10 55 0.2
Test Humidity RH O2: 0%, 5% 901%, 100%
Carrier Gas: 0%, 5% 902%(optional)
Additional Functions Package Test (3L Max.) Optional
DataShieldTM Note2 Optional
Computer System required by GMP Optional
CFR21 Part11 Optional

Table 2: Technical Specifications

Test Chamber 3 test chambers
Specimen Size 108 mm X 108 mm
Specimen Thickness 3 mm
Standard Test Area 50 cm2
Carrier Gas 99.999% High-purity Nitrogen (outside of supply scope)
Carrier Gas Pressure 0.28 MPa/40.6psi
Port Size 1/8 inch metal tubing


Advanced Testing for Protein Powder Packaging

The machine utilizes cutting-edge electrochemical oxygen sensor technology to accurately measure oxygen permeability in bag materials. By maintaining a controlled testing environment, the equipment accurately assesses the barrier properties, crucial for ensuring protein powder freshness and shelf life. Its microprocessor-based control and broad measuring range make it a dependable choice for small to large labs.


Comprehensive Data Management and Safety Features

Equipped with USB and RS232 interfaces, this testing machine enables effortless data export and analysis. Built-in memory can store up to 500 test results, while digital LCD display ensures real-time monitoring. Alarm systems with both audible and visual alerts help users maintain safe and efficient testing processes. The auto-calibration feature ensures ongoing testing accuracy and reliability.

FAQ's of Bags Oxygen Barrier Testing for Preventing Protein Powder Oxidation:


Q: How does this machine help prevent oxidation in protein powder bags?

A: The tester accurately measures the oxygen permeability of bag materials using an electrochemical sensor, ensuring that the packaging provides a strong barrier against oxygen, which helps prevent oxidation and spoilage of protein powder.

Q: What is the process of testing bag oxygen barrier properties with this equipment?

A: The process involves pre-conditioning specimens according to ASTM standards, placing them in the stainless steel chamber, and using the microprocessor controls to run the test. Oxygen permeability data is collected within seconds, and results can be viewed on the digital display or exported for analysis.

Q: When is the best time to perform oxygen barrier testing on packaging bags?

A: Oxygen barrier testing should be conducted during the packaging design phase, prior to wide-scale product distribution, as part of routine quality control, or whenever new materials or suppliers are introduced to ensure consistent protection against oxidation.

Q: Where can this oxygen barrier testing machine be effectively utilized?

A: This equipment is ideal for use in laboratory and quality control settings, particularly within food and supplement manufacturing facilities, research centers, and packaging development departments seeking robust verification of oxygen barrier efficiency.

Q: What benefits does the built-in alarm and data logging system provide?

A: The audible and visual alarms ensure immediate notification of test results exceeding set thresholds, while the built-in memory allows for storage and review of up to 500 test records, helping maintain testing consistency and traceability in quality control workflows.

Q: How user-friendly is the operation and calibration of this device?

A: The machine features an intuitive digital interface with multi-language support, and offers both automatic and manual calibration options, enabling straightforward operation for operators with varying levels of technical expertise.

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