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Your location: Home > Related Articles > Technical Characteristics Of ISO 6452-2007 Automotive Interior Materials Fog Tester Shanghai Chengsi

Technical Characteristics Of ISO 6452-2007 Automotive Interior Materials Fog Tester Shanghai Chengsi

Author:QINSUN Released in:2023-04 Click:88

The fog tester is suitable for interior materials such as cars and airplanes, such as plastic car interior parts, polyurethane, textiles, leather, adhesives. used to evaluate the evaporation of volatile components of materials such as non-woven fabrics and thermoplastic elastomers at high temperatures, and can also be used to determine the high temperature atomization phenomenon of automotive xenon lamps.

Technical features:

Wide-range high-precision temperature control device easily realizes non-standard testing

6 test positions are designed to perform sample test and blank test at the same time< /p>

The device operates stably and provides users with accurate and reliable detection data

Executive standard:

ISO 6452-2007 Rubber or plastic coated fabric automotive interior trim fog condensation performance Determination

DIN 75201-1992 Automobile - Determination of atomization performance of materials used in interior equipment (Chinese version)

SAE J1756-1994 Test for Determination of Condensation Properties of Automotive Interior Materials

QB/T 2728-2005 Physical and Mechanical Tests for leather shoeing properties Determination of

BS EN 14288-2004 leather. Physical and mechanical tests. Determination of fogging properties

PV 3920 Determination of fog value (F) of non-metallic matetrims for interior parts

PV 3015 Fogging test standard for Volkswagen - Chinese version

ES-X83231 Fogging performance test for interior materials

NES M0141- 2006-1 Fogging of interior materials

D45 1727- 2006 Cabin Fogging of interior lining materials and parts

GM 9305P-1992 Determination of fogging of automotive interior materials

TSM 0503G Toyota non-metallic material haze standard

Test principle and method:

Sampling together The mist cup is heated and begins to volatilize, and the volatilized gas condenses on the glass plate or aluminum foil cooled by the cooling chamber. After the condensation processs is over, remove the glass plate or aluminum foil, measure the atomization value or weight of the condensed components on the glass plate or aluminum foil, and compare it with the data before condensation, to obtain the atomization volatility characteristics of the sample.

Gloss method: the sample is heated in the atomizing cup, and the vaporized gas condenses on the low-temperature glass plate, and the gloss before and after the condensation of the glass plate Through the By comparing and calculating haze value of the sample, the haze value of the sample can be obtained. (Default configuration)

Haze method: The gas vaporized from the sample heated in the fog cup condenses on the low temperature glass plate and passes through the glass plate The haze value before and after condensation is compared and calculated, and the haze value of the sample can be obtained. (separate aavailable for purchase)

Gravimetric method: The gas vaporized from the sample heated in the atomizing cup condenses on the low-temperature aluminum foil and weighs the aluminum foil before and after condensation The weight change of the weight of the atomization condensate of the sample can be obtained. (Standard configuration, balance to be purchased separately).

Technical parameters:

High temperature tank temperature range: room temperature to 150°C (room temperature to 280°C when purchased separately)

Accuracy of temperature control of high temperature bath: ±0.1℃ (150℃)

Temperature range of low temperature bath: 0~100℃

Temperature control accuracy of low temperature tank: ±0.1℃

Peripheral dimension of high temperature tank: 670mm (L) × 490mm (W) × 540mm (H)

Cryogenic tank dimensions: 400mm (L) )×220mm(W)×520mm(H)< /p>

High temperature tank net weight: 32 kg (excluding heat transfer medium)

Low temperature tank net weight: 15 kg (excluding heat transfer medium)

Power supply: AC 220V 50Hz

Instrument configuration:

Default configuration: host, constant temperature controller , gloss meter, pressure sample ring, beaker, fluoro rubber sealing ring, rubber ring fixing ring, square glass plate, round glass plate, aluminum foil, aluminum foil sampler, cover plate, glass plate holder, sampler, heat transfer oil, dioctyl phthalate (DOP), accessory hanger

Optional parts: haze meter, electronic balance (0.01mg), beaker, fluoro rubber sealing ring, square glass plate, round glass plate, aluminum foil, aluminum foil sampler, glass plate holder, heat transfer oil, diisodecyl phthalate (DIDP), dioctyl phthalate (DOP)

Car interior materials, plastics, leather, textiles Fogging tester Basic application:

1. Car Interior Decoration: It is suitable for testing high temperature volatile components of car interior materials, such as instrument panels, buttons, seat cushions, floor leather and ceiling materials.

2. Plastic granules: Suitable for the extensive application of high temperature volatile component testing of plastic raw material granules.

Extensive application of fog tester:

1. Carpet: Used for high temperature carpet volatility testing.

2. Leather: Used for high temperature volatility testing of leather.

3. Sponge, rubber, EPE insulation material: Suitable for high temperature volatility test of sponge, rubber, EPE insulation materials.

4. Front xenon lamp: suitable for high temperature atomization of xenon for lamp Determination of phenomenon.

5. Adhesives: suitable for high temperature volatility testing of adhesives

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