Testing Guarantees fogging characteristicsof Non-Metal Auto Parts

50000 USD ($)/Set

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Product Details:

Equipment Type Fogging Test Chamber
Measuring Range 0.00110 mg
Resolution 0.001 mg
Humidity 3095% RH adjustable
Mounting Type Bench Top
Interface Type RS232
Specimen Size 100 mm 100 mm
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Testing Guarantees fogging characteristicsof Non-Metal Auto Parts Price And Quantity

Price 50000 USD ($)/Set
Minimum Order Quantity 1 Set
Price Range 50000.00 - 100000.00 USD ($)/Set

Testing Guarantees fogging characteristicsof Non-Metal Auto Parts Product Specifications

Number of Specimens Up to 8 specimens per cycle
Power Supply AC 220V 10%, 50Hz
Test Range 0.00110 mg (fogging values)
Display Type LED Digital Display
Machine Weight approximately 45 kg
Control Mode Digital temperature and humidity controller
Capacity 8 measured positions
Gas Pressure 0.61.0 MPa
Max Height 400 mm
Automation Grade Semi-automatic
Test Speed Standard as per test method (typically 50 mm/min)
Port Size 16 mm
Test Width 150 mm
Application Testing fogging characteristics of non-metal auto parts
Features Automatic heating, cooling and humidity control, precise measurement
Accuracy 0.001 mg
Response Time <10 seconds
Specimen Size 100 mm 100 mm
Frequency 50 Hz
Operating Voltage AC 220V
Temperature Ambient to 130C
Resolution 0.001 mg
Measuring Range 0.00110 mg
Test Stroke Adjustable up to 150 mm
Usage Laboratory/Quality Control
Equipment Type Fogging Test Chamber
Interface Type RS232
Mounting Type Bench Top
Humidity 3095% RH adjustable

Product Description

Features

Wide range and high precision of temperature control device to support the combinations of non-standard test conditions
6 test stations can perform specimen test or blank test simultaneously
FT-F1 fogging tester ensures accurate and reliable test data through stable running condition

Test Principle

The preconditioned specimen is heated and evaporates in the beaker; the volatile constituents condense on the glass plate or aluminum foil treated in cooling chamber. Take off the glass plate or aluminum foil when the condensation process is finished. The fogging characteristics could be obtained by measuring condensed constituent weight and fogging value on the glass plate or aluminum foil and comparing with the data before condensation process.

Test Standards

This instrument conforms to the multiple international and national standards:
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.
Haze 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.

Instrument Structure

The instrument mainly consists of constant high-temperature bath, constant low-temperature bath, cooling plate, beaker, glass plate, meter, sample cutter and other accessories, through which it can perform the processes of sampling, heating, condensation and test.

Operation Process

Prepare specimens-----switch on high and low temperature baths-----clean beakers and glass plates------place specimens----place glass plate or aluminum foil-----place cooling chamber-----perform test for a specified period of time----take off glass plate or aluminum foil and place certain time----measure the gloss value, fogging value of glass plate or weight value of aluminum foil------compare the data and obtain test results

Applications

FT-F1 fogging tester is applicable to the determination of:

Basic Applications
Decorating Articles of Cars Test the volatility of car decorating articles, e.g. instrument boards, knobs, seat cushions, floor leather and ceiling materials at high temperature
Plastic Particles Test the volatility of plastic particles at high temperature
Extended Applications
Carpets Test the volatility of carpets at high temperature
Leather Test the volatility of leather at high temperature
Sponge, Rubber and EPE Thermal Insulation Materials Test the volatility of sponge, rubber and EPE thermal insulation materials at high temperature
High Intensity Discharge Lamps For the fogging test of front high intensity discharge lamps of cars
Adhesive Products Test the volatility of adhesive products at high temperature

Technical Specifications

Specifications	FT-F1 Fogging Tester
Temperature Range of High-Temperature Bath	Room temperature 150C (room temperature 280C is optional)
Accuracy	0.1C (150C)
Temperature Range of Low-Temperature Bath	0 100C
Accuracy	0.1C
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 conducting medium)
Net Weight of Low-Temperature Bath	15 kg (except the weight of heat conducting medium)
Power Supply	220VAC 50Hz / 120VAC 60Hz

Configurations

Standard Configurations: Instrument, Constant Temperature Control Device, Gloss Meter, Sample Clamp Ring, Beaker, Fluorine Rubber O-ring, Rubber Fixing Ring, Rectangular Glass Plate, Round Glass Plate, Aluminum Foil, Round Sample Cutter of Aluminum Foil, Lid, Stand of Glass Plate, Round Sample Cutter and Accessory Stand

Optional Parts: Haze Meter, Analytical Balance(0.01mg), Beaker, Fluorine Rubber O-ring, Rectangular Glass Plate, Round Glass Plate, Aluminum Foil, Round Sample Cutter of Aluminum Foil, Stand of Glass Plate, Heating Fluid, DIDP and DOP

Internationally Compliant Performance

This Fogging Test Chamber strictly adheres to DIN 75201, ISO 6452, and SAE J1756 standards, ensuring global compatibility and reliable results. It features precise temperature and humidity control, making it ideal for laboratory testing and quality assurance in the automotive industry.

Safe, Efficient, and Precise Operation

Equipped with over-temperature protection, emergency stop functions, and automated heating/cooling, this chamber prioritizes user safety and consistent test cycles. Certified calibration tools and USB data export further support meticulous measurement and traceability.

User-Friendly Design and Flexible Testing

The machine offers adjustable cycle times (30-120 minutes), up to 8 specimen positions, and a wide humidity/temperature range. Its LED digital display, digital controller, and easy sample mounting optimize laboratory workflow and usability.

FAQ's of Testing Guarantees fogging characteristicsA of Non-Metal Auto Parts:

Q: How do you conduct fogging characteristic tests using this chamber?

A: To perform fogging tests, place up to 8 non-metal auto part specimens in the chamber, set parameters for heating, cooling, humidity, and cycle time according to the relevant testing standard (DIN 75201, ISO 6452, or SAE J1756). Monitor readings on the LED digital display and export test data via USB upon completion.

Q: What benefits does this equipment offer for automotive quality control?

A: The chamber delivers highly accurate, repeatable measurements (0.001 mg), conforms to major international standards, and supports automated data logging, making it invaluable for detecting harmful fogging emissions in non-metal auto parts and ensuring compliance in automotive manufacturing.

Q: When and where is it recommended to use this Fogging Test Chamber?

A: It is best utilized in laboratory or quality control settings, particularly during material verification, product development, or regular compliance checks of non-metallic auto parts to assess their fogging behavior under controlled environmental conditions.

Q: What is the typical process flow for a test cycle?

A: Prepare specimens in the aluminum holders, set the desired temperature (up to 130C) and humidity (30-95% RH), initiate the test cycle (30-120 min), and allow for automatic heating, fog vapor condensation, and cooling. After completion, measure the fogging value (0.001-10 mg) and review/export results.

Q: How does the chamber ensure safe and reliable operation?

A: Safety is maintained through over-temperature protection, emergency stop controls, and precise PID-based temperature management. Certified calibration tools are included, and the system is RoHS and CE certified for environmental and operational compliance.

Q: What are the main usage advantages of the chamber's control and measurement system?

A: With digital temperature and humidity controllers, rapid response time (<10 seconds), and automatic adjustment features, the system provides fast, precise environmental simulation and fogging measurements, enhancing laboratory efficiency and test reliability.

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