Brief Introduction:

The Automotive leathers fogging testing equipment used to test the properties under certain environmental conditions for leather and fabric fogging phenomenon, for the automotive, aircraft and other interior materials fogging performance at high temperatures volatile components of its evaluation, may be applied to the vehicle in front xenon lamp Determination of fogging properties.

Core advantages:

It applies to the following test methods:

1) Gloss Method: the sample cup is heated by the fog evaporated gas condensing on cold glass by glass gloss values were compared before and after condensation and calculated, the sample can be drawn into the fog value.

2) Gravimetric method: the sample cup is heated by the fog evaporated gas condensing on cold aluminum foil, aluminum foil condensed by weighing before and after the change in weight, the sample can be drawn from the atomization - the weight of condensate.

3) Haze method: the sample cup is heated by the fog evaporated gas condensing on cold glass, through the haze value before and after the glass condensate compare and calculate, the sample can be drawn into the fog value. 

Specifications:

Hot bath temperature range: room temperature ~ 150 ℃ (room temperature ~ 280 ℃ optional)

High-temperature tank temperature control accuracy: ± 0.1 ℃ (150 ℃)

Low bath temperature range: 0 ~ 100 ℃

Cold tank temperature control accuracy: ± 0.1 ℃

High temperature trough Dimensions: 670 mm (L) × 490 mm (B) × 540 mm (H)

Cryogenic tank Dimensions: 400 mm (L) × 220 mm (B) × 520 mm (H)

Temperature tank Weight: 32kg (not including the thermally conductive medium)

Cryogenic tank Weight: 15kg (not including the thermally conductive medium)

Power: AC 220V 50Hz

Weight: 50kg

Size: 500 * 650 * 600mm

Basic configuration:

Glass (square, circle);

Test plate frame;

Nebulizer cup;

Sampler;

Aluminum foil;

Filter paper;

Rubber ring 95 * 4;

DOP;

DIDP;

Silicone oil;

Operation video

YOUTUBE video of Fogging tester/Fogging Test Chamber(https://www.youtube.com/watch?v=VzkxwaRdSFc).