Principle
Exclusive patent plan; one tester can do tests employing both differential and equal pressure approaches.
Standards
This test tool imitates to the following standards:
ISO 15105-2, ISO 15105-1, ASTM D3985, ISO 2556, ASTM F2622, ASTM F1927, ASTM F1307, ASTM D1434, JIS K7126-2, JIS K7126-1, GB/T 19789, YBB 00082003, GB/T 1038
Basic Applications
Films
With plastic films, paper-plastic composite films, plastic composite films, aluminized films, coextruded films, aluminum foil composite films, aluminum foils, and several others
Sheeting
Including several sorts of rubber and building materials, engineering plastics, e.g. PVC, PP, and PVDC
Packages
Together with plastic, paper, rubber, glass and metal packages, paper-plastic composite, e.g. peanut oil packages, Coke bottles, materials, metal three-piece cans, vacuum bags, plastic packages for soft tubes for toothpaste, cosmetic, yogurt cups and jelly.
Extended Applications
Package Caps
Examine seal presentation of dissimilar package caps
Solar Back-Sheets
With solar back-sheets
Plastic Pipes
Counting numerous sorts of pipes, e.g. PPR
Blister Packs
Examine oxygen transmission rate of the entire blister packs
Fuel Tanks of Cars
Plastic fuel tanks are extensively employed in cars for its buffering vibration, light weight, and convenient molding characteristics. But then again its fuel penetrability is the most vital feature, this instrument can be utilized to test penetrability of plastic fuel tanks
Battery Plastic Shell
Battery electrolyte is prevented by the plastic shell from outdoor atmosphere. Battery service life is straight dependent on its oxygen penetrability. This tool can be used to check oxygen transmission degree of battery plastic shell
Red Wine Bottles
Examine oxygen transmission speed of red wine bottles
Contact Lenses
Examine oxygen transmission speed of contact lenses in procedure situation
Biodegradable Films
The oxygen transmission speed is a vital issue that touches biodegradable film features and additional development
Soft Plastic Infusion Bottles
Oxygen is the main factor that leads injection to deterioration. It will be very important to lower oxygen content of infusion bottles
Warm Paste Packages
Once affected with oxygen previously usage, warm pastes will drop effectiveness, they should be positioned in vacuum packets. So, it is essential to examine the oxygen transmission degree of warm pastes parcels.
Paper and Paper Board
Counting paper and paper board, for example aluminum foil paper for cigarette packages
Paint Films
Examine gas penetrability of numerous sorts of paint films
Flexible Plastic Infusion Bottles
Examine oxygen penetrability of elastic plastic infusion bottles
Warm Paste Packaging Bags
Examine oxygen penetrability of the packing bags of warm pastes
Several Gases
Examine the penetrability of numerous kinds of gases, e.g. CO2, O2, N2, Air and He
Inflammable, Explosive Gases
Examine the penetrability of flammable and volatile gases
Substances for Aerospace Usage
This tool can examine the Helium penetrability of airship gas bags
Glass Fiber Cloth and Paper
Counting paper materials and glass fiber cloth, e.g. ptfe welding cloth, ptfe paint cloth, and ptfe silicon rubber cloth
Soft Tube Substances for Cosmetics
Counting numerous kinds of aluminum-plastic tubes, cosmetic tubes, and toothpaste tubes
Rubber Sheeting
Comprising numerous kinds of rubber sheeting, e.g. car tires
Features:
Standard Configurations
Temperature Controller, Mainframe, Precision Nitrogen Pressure Regulator, Professional Software, Round Sample Cutter, Precision Oxygen Pressure Regulator, Communication Cable, Fast Quantitative Filter Paper and Vacuum Pump (Imported)
Optional Parts
Attachment for Package Test, Blades of Sample Cutter, Fixture for Small Specimen Test, Vacuum Pump Oil, Vacuum Grease, and Fast Quantitative Filter Paper
Note
Technical Specifications :
Specifications | Film Test | Package Test (customization available) |
---|---|---|
Test Range | 0.01~5000 cm3/m2·d (Standard) | 0.0001~50 cm3/pkg·d (Standard) |
Resolution | 0.001 cm3/m2·d | 0.00001 cm3/pkg·d |
Test Gas | O2, Air and other gases (outside of supply scope) | |
Specimen Size | / | 100% O2 Test: < 90 mm, Height should be less than 280 mm |
No size limitation for Open (Air) Test | ||
Number of Specimen | 3 (with independent test results) | |
Specimen Specification | / | Bottle: inner diameter of bottle mouth should be more than 9 mm, outer diameter of bottle mouth should be less than 50 mm (Standard) |
Bag and Box: Testing accessories are required |
Differential Pressure Method
Test Range | 0.05 ~ 50000 cm3/m2·24h·0.1MPa (Standard) |
---|---|
Vacuum Resolution | 0.1 Pa |
Vacuum Degree of Test Chamber | <20 Pa |
Test Gas | O2, N2, CO2, etc. (outside of supply scope) |
Gas Supply Pressure | -0.1MPa ~ +0.1MPa (Standard) |
Number of Specimen | 3 (with independent test results) |
Test Area | 38.48 cm2 |
Other Specifications
Temperature Range | 5oC ~ 95oC |
---|---|
Temperature Accuracy | ±0.1oC |
Pressure of Test Gas | 0.6 MPa |
Port Size | 8 mm PU Tubing |
Carrier Gas | 99.999% high purified nitrogen (outside of supply scope) |
Pressure of Carrier Gas | 0.05 MPa |
Port Size | 1/8 inch copper tubing |
Instrument Dimension | 1080 mm (L) X 720 mm (W) X 490 mm (H) |
Power Supply | AC 220V 50Hz |
Net Weight | 120 kg |
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