Application : HTZ-072 is professionally applicable to the determination of gas transmission rate as well as solubility coefficient, diffusion coefficient and permeability coefficient of plastic films, laminated films, high barrier materials, sheeting, metal foils, rubber, tires and permeable membranes.
Technical Indexes
Test range: 0.01 - 190,000 cm3/m2·24h·0.1MPa (Standard)
Resolution: 0.001cm3/m2·24h·0.1MPa
Samples: 3, independent
Vacuum accuracy: 0.1Pa
Temperature range: 5C - 95C
Temperature accuracy: ±0.1C
Humidity range: 0%RH,35%RH-90%RH,100%RH (optional)
Humidity accuracy: ±1%RH (optional)
Sample thickness: less 5mm
Sample size: >= 150mm * 94mm
Test area: 48cm2
Test gas: O2, N2, CO2, He, etc(Flammable or toxic gases test available: H2, CH4, H2S, C2H2,C2H4 etc, must be announced in advance)
Differential pressure: -0.1MPa-0.1MPa(Standard)
1.0MPa, 4.0MPa(optional)
Gas interface: Ф8mm
Dimension: 730mm(L) * 510mm(W) * 360mm(H)
Power supply: AC 220V 50Hz
Net wt. : 63kg
Standards
ASTM D1434, ISO 15105-1,ISO 2556,GB/T 1038-2000,JIS 7126-1,YBB 00082003
Features
l Vacuum differential pressure method
l 3 specimens test simultaneously and independently
l Computer control
l One-button test, test automatically through whole process
l High accuracy vacuum sensors embedded in
l 3 Chambers with independent temperature sensor
l Test under various RH conditions with Humidity generator (optional)
l Environment temperature and humidity sensor inside
l Permeability coefficient ,solubility coefficient and diffusion coefficient test
l Chambers with water bath temperature control technology
l Unit based on embedded system,24bit Δ-Σ AD
l Multiple test
l Data curves display
l Traceable reference film calibration
l Supports DSM system (DSM, lab data management system)
Configuration Standard:
Main unit, computer, G-TRANS software, temperature controller, vacuum pump, vacuum pump Control model, tank
regulator, PCIE card, cable, sample cutter, vacuum grease.
Optional:
Humidity generator, reference film,
vacuum grease, sample cutter, DSM system