FT-F1 Volatility Tester for Automotive Interiors is professionally applicable to the fogging characteristics evaluation of volatile constituents of decorating materials used in cars and aircrafts, e.g. plastic articles, polyurethane, textiles, leather, adhesives, non-woven and thermal forming elastomers at high temperature conditions. It also could be used for the fogging phenomenon test of front high intensity discharge (HID) lamps of cars.
Technical Specifications
This Volatility Tester conforms to ISO 6452, DIN 75201, SAE J1756, QB/T 2728, BS EN 14288, PV 3920, PV 3015, ES-X83231, NES M0161, D45 1727, GM 9305P, TSM 0503G
Three Test Methods
Technical Specifications
| Items | Specifications |
|---|---|
| Temperature Range of High-Temperature Bath |
Room temperature ~ 150°C (room temperature ~ 280°C is optional) |
| Accuracy | ±0.1°C (150°C) |
| Temperature Range of Low-Temperature Bath | 0 ~ 100°C |
| Accuracy | ±0.1°C |
| Size of High-Temperature Bath | 670 mm(L) x 490 mm(W) x 540 mm(H) |
| Size of Low-Temperature Bath | 400 mm(L) x 220 mm(W) x 520 mm(H) |
| Net Weight of High-Temperature Bath | 32 kg (except the weight of heat conduction) |
| Net Weight of Low-Temperature Bath | 15 kg (except the weight of heat conduction) |
| Power | AC 220V 50Hz |
This Volatility Tester conforms to ISO 6452, DIN 75201, SAE J1756, QB/T 2728, BS EN 14288, PV 3920, PV 3015, ES-X83231, NES M0161, D45 1727, GM 9305P, TSM 0503G
Three Test Methods
Gloss Method: the specimen is heated in the beaker and its volatile constituents are condensed on the cooling glass plate. The fogging value could be obtained by calculating and comparing the gloss values occurred before and after condensation process.
Fogging Method: the specimen is heated in the beaker and its volatile constituents are condensed on the cooling glass plate. The fogging value of the specimen could be obtained by calculating and comparing the fogging values occurred before and after condensation process.
Weighing Method: the specimen is heated in the beaker and its volatile constituents are condensed on the cooling aluminum foil. The fogging value---the weight of condensed constituents could be obtained by analyzing the weight changes of aluminum foil occurred before and after condensation process.
Fogging Method: the specimen is heated in the beaker and its volatile constituents are condensed on the cooling glass plate. The fogging value of the specimen could be obtained by calculating and comparing the fogging values occurred before and after condensation process.
Weighing Method: the specimen is heated in the beaker and its volatile constituents are condensed on the cooling aluminum foil. The fogging value---the weight of condensed constituents could be obtained by analyzing the weight changes of aluminum foil occurred before and after condensation process.