Ozone testing chamber for the paint industry

368005.0 INR/Unit

Get a Price/Quote

Product Details:

Number of Specimens 6
Response Time <60 seconds
Resolution 0.01 ppm
Equipment Type Ozone Testing Chamber
Automation Grade Semi-Automatic
Power Supply 220V AC, 50 Hz
Measuring Range 0.02-10 ppm
Click to view more
Share Your Product:

Request To Call Back Send Inquiry

Ozone testing chamber for the paint industry Price And Quantity

Minimum Order Quantity 1 Unit
Price 368005.0 INR/Unit

Outer Chamber Material Stainless Steel (Powder coated)
Ozone Generation Method UV Lamp/Corona Discharge
Ambient Temp Range +5°C to +40°C
Chamber Volume Approx. 120 Liters
Door Type Full view glass window with silicone rubber gasket
Safety Devices Leak alarm, Overload protection, Emergency shutoff
Air Circulation Uniform forced air with adjustable fan speed
Noise Level <60 dB
Sample Holder Material Non-reactive stainless steel
Inner Chamber Material High-grade Stainless Steel 304
Compliance Standards ASTM D1149, ISO 1431
Ozone Purging System Auto purge with exhaust system
Timer Range 0-999 hours programmable
Ozone Sensor Type Electrochemical/UV method

Ozone testing chamber for the paint industry Product Specifications

Test Stroke Up to 300 mm
Test Speed Variable, 10-100 cycles/min
Usage Accelerated Ozone Aging Test
Capacity 2-12 L (depending on configuration)
Frequency 50 Hz
Operating Voltage 220V, Single Phase, 50Hz
Display Type LCD Digital Display
Test Range 0.02-10 ppm Ozone
Test Width 300 mm
Temperature 15C - 60C (adjustable)
Measuring Range 0.02-10 ppm
Power Supply 220V AC, 50 Hz
Automation Grade Semi-Automatic
Equipment Type Ozone Testing Chamber
Resolution 0.01 ppm
Response Time <60 seconds
Number of Specimens 6
Humidity 40-95% RH (adjustable)
Control Mode Digital Touch Screen Controller
Accuracy 2% of reading
Application Ozone resistance testing of coatings and paints
Specimen Size 50 x 150 mm
Max Height 650 mm
Port Size Standard 1/4 inch
Machine Weight Approx. 80 kg
Interface Type RS232/USB
Features Overtemperature protection, Programmable Controller, Timer
Gas Pressure Adjustable, 0.1-0.5 MPa
Mounting Type Floor-standing

Outer Chamber Material Stainless Steel (Powder coated)
Ozone Generation Method UV Lamp/Corona Discharge
Ambient Temp Range +5°C to +40°C
Chamber Volume Approx. 120 Liters
Door Type Full view glass window with silicone rubber gasket
Safety Devices Leak alarm, Overload protection, Emergency shutoff
Air Circulation Uniform forced air with adjustable fan speed
Noise Level <60 dB
Sample Holder Material Non-reactive stainless steel
Inner Chamber Material High-grade Stainless Steel 304
Compliance Standards ASTM D1149, ISO 1431
Ozone Purging System Auto purge with exhaust system
Timer Range 0-999 hours programmable
Ozone Sensor Type Electrochemical/UV method

Ozone testing chamber for the paint industry Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 100 Unit Per Month
Delivery Time 7 Days
Main Domestic Market All India

Product Description

Standard Features

Item	Specification
Internal dimension	450W450D500Hmm (100L)
Temperature range	RT+10~ 60 (suggest to use 402)
Temperature Fluctuation	1
Ozone concentration	50~1000 pphm, adjustable (suggest to use 50pphm)
Ozone concentration deviation	10%
Sample holder rotation	360 degree rotation
Sample holder	2pcs removable sample tray, SUS#304 stainless steel
Temperature controller	Programmable touch screen controller
Ozone concentration analysis	Concentration analysis meter
Ozone generator	High pressure silence discharge type
Protection system	Leakage, short circuit, over temperature, over heat

. Battlefield map of ozone aging of coatings

1. Three-dimensional damage mechanism of ozone on coatings

Chemical attack layer: ozone oxidizes the resin matrix (e.g. alkyd resin double bond breakage) and weakens the coating crosslink density;

Physical penetration layer: ozone diffuses along the pigment/filler interface (e.g. edges of titanium dioxide agglomerates), triggering micro-crack nucleation;

Interfacial peeling layer: substrate-filler interface diffusion of ozone (e.g. edges of titanium dioxide aggregates), leading to micro-crack nucleation

Interfacial stripping layer: ozone-catalyzed metal oxidation at the substrate-coating interface (e.g., steel substrate corrosion expansion), leading to adhesion failure.

Equipment design mission:

Need to simultaneously simulate the 3D attack path of ozone on coating body-interface-substrate in a single device and quantify the damage contribution of each layer.

II. Multimodal ozone attack system

2.1 Ozone-UV-hygrothermal triple-field coupling

Attack wave spectrum programming:

Ozone pulse: 0-1000pphm gradient output (to simulate sudden ozone pollution events in industrial areas);

UV resonance: matching the solar spectrum (340nm/420nm) to excite coating photosensitive groups and enhance ozone reactivity (e.g. carbonyl activation of acrylic polyurethanes);

Hygrothermal cycling: dew point control technology realizes periodic condensation on the coating surface (ISO 11507 condensation mode compliant).

Energy field synergy:

Dynamic coupling of ozone concentration and UV intensity (e.g. 500pphm ozone + 0.8W/m UV = equivalent to 5 years of outdoor exposure in equatorial regions).

2.2 Holographic diagnostic module for coating damage

Molecular fingerprint tracking:

In-situ FTIR spectroscopy for real-time monitoring of resin characteristic peak attenuation (e.g. C=C bond 1630cm- peak area change);

Raman imaging system to map ozone permeation paths at the pigment/filler interface (spatial resolution 1m).

Mechanical properties co-testing:

Nanoindentation instrument to test coating hardness modulus online (0-500mN load to avoid sampling damage);

Automatic evaluation of interfacial adhesion by micro-zone gridding instrument (ASTM D3359 Method B).

Apparent intelligent rating:

Hyperspectral imaging system (400-2500nm) quantifies color difference E, gloss loss (60 angular accuracy 0.1GU);

AI vision to recognize coating crack fractal dimension and blistering density (compliant with ISO 4628-4/5 quantification standard).

III. Coating R&D lifecycle enablement

3.1 Formulation gaming optimization system

Defense matrix construction:

Database for simulation of ozone inhibitors (e.g., hindered amine light stabilizers) and resin/pigment compatibility;

Inverse extrapolation of optimal addition ratios from ozone attack data (e.g., critical concentration of HALS in acrylic systems is 0.8 wt%).

Failure warning algorithms:

Prediction of coating Tg (glass transition temperature) drift trends based on FTIR feature peak displacements;

Mathematical modeling of ozone flux - crosslinking degradation - scratch resistance degradation.

3.2 Process Defect Microscopy

Traceability of spraying defects:

Reverse identification of process defects such as uneven spraying and insufficient curing (e.g. dry spraying results in areas with porosity >3% becoming ozone penetration channels) through the crack distribution pattern of the coating after ozone aging;

Generate a 3D process window of electrostatic spraying voltage - atomization pressure - ozone tolerance.

3.3 Application Scenario Digital Twins

Advanced Ozone Resistance Testing for Paint Industry

This ozone chamber is meticulously designed for the evaluation of paint and coating durability under controlled ozone exposure. With support for up to six specimens, variable speeds, programmable cycles, and adjustable environmental conditions, it enables comprehensive and repeatable testing-helping paint manufacturers meet stringent quality and compliance demands.

User-Friendly Design and Superior Safety Features

Equipped with a full-view glass door sealed with silicone rubber, the chamber allows easy monitoring without compromising the test conditions. Enhanced safety is ensured through multilayer protection: leak alarms, overload breakers, emergency shutoff, and overtemperature protection, providing peace of mind during operation.

FAQ's of Ozone testing chamber for the paint industry:

Q: How does the Ozone Testing Chamber evaluate paint resistance to ozone exposure?

A: The chamber subjects coated samples to controlled ozone concentrations, temperature, and humidity as per ASTM D1149 and ISO 1431 standards. By simulating accelerated aging, it measures paint degradation, cracks, or discoloration, providing quantitative data on ozone resistance.

Q: What is the process for setting up a test in the chamber?

A: Users mount specimens onto non-reactive stainless steel holders, set test parameters-including ozone level, humidity, temperature, and test cycles-via the digital touch screen, and start the cycle. The chamber automates ozone generation (via UV/corona discharge), air circulation, and sample exposure, recording data for analysis.

Q: When should I use this equipment for paint testing?

A: It is advisable to use the Ozone Testing Chamber during R&D, product development, and routine quality assurance to predict product lifespan and ensure compliance with international standards. It is especially useful for paints expected to endure outdoor or high-ozone environments.

Q: Where is the Ozone Testing Chamber best utilized within a production facility?

A: This floor-standing, noise-controlled (<60 dB) machine fits seamlessly into laboratory or designated testing areas, near supply power outlets (220V, single phase, 50Hz), and where secure ventilation is available.

Q: What are the benefits of using this ozone chamber for paint manufacturers?

A: Benefits include accurate, repeatable ozone exposure tests, improved product reliability data, compliance documentation for exports, and reduced risk of premature paint failure in the market. Its automated features optimize workflow and minimize human error.

Q: How is safety ensured during ozone testing operations?

A: Multiple safety mechanisms-leak detectors, overload protection, emergency shutoff, and automatic exhaust purge-mitigate risks, while the full-view glass window and silicone gasket keep operators protected from ozone exposure.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Furniture Test Equipment' category

Precise Advanced Waterproof Material Ozone Testing Machine Price : 398005.0 INR/Unit Minimum Order Quantity : 1 Control Mode : PLC Touch Screen Control Number of Specimens : Up to 6 Power Supply : 220V, 50Hz Usage : Sample aging and waterproof material ozone resistance testing Humidity : 40%80% RH Application : Waterproof materials, rubber, polymer testing Specimen Size : Thickness 0.22 mm, Width up to 15 mm Accuracy : 3% of full scale Features : Programmable, memory store, graphical display, auto calibration Interface Type : RS232 Machine Weight : 180 kg Port Size : 1/4 inch Max Height : 110 cm Mounting Type : Benchtop Gas Pressure : 0.30.6 MPa Test Speed : 0500 mm/min adjustable Test Stroke : 120 mm Display Type : Digital LCD Operating Voltage : AC 220V Frequency : 50Hz Capacity : 20 kg Temperature : Room temperature, adjustable from 0C to 80C Test Width : 50 mm Test Range : 01000 pphm ozone concentration Response Time : 3 s Resolution : 1 pphm Equipment Type : Ozone Testing Machine Automation Grade : Automatic Measuring Range : 01000 pphm

Send Inquiry

Automotive Interior Combustion Testing Machine Price : 145605.0 INR/Unit Minimum Order Quantity : 1 Control Mode : Digital Number of Specimens : 1 Power Supply : AC 220V, 50Hz Usage : Lab testing of automotive interior trimming Humidity : 20% 90% RH Application : Testing combustion resistance of automotive interior materials Specimen Size : 100 x 356 mm Accuracy : 1 mm/s Features : Automatic timing, digital display, precise ignition system Interface Type : RS232 Machine Weight : 45 kg Port Size : 6 mm Max Height : 400 mm Mounting Type : Benchtop Gas Pressure : 0.5 MPa Test Speed : 25 mm/min Test Stroke : 300 mm Display Type : Digital LED Operating Voltage : 220V Frequency : 50 Hz Capacity : Single test chamber Temperature : 15C 35C Test Width : 45 mm Test Range : 0999 s Response Time : 2 s Resolution : 1 mm Equipment Type : Automotive Interior Combustion Testing Machine Automation Grade : Semiautomatic Measuring Range : 0600 mm

Send Inquiry

Ozone concentration 20-500ppm test chamber Price : 398005.0 INR/Unit Minimum Order Quantity : 1 Control Mode : Microprocessorbased digital control Number of Specimens : 16 pieces (adjustable rack) Power Supply : AC 220V, 50Hz Usage : Ozone resistance and aging simulation Humidity : 4085% RH (adjustable) Application : Accelerated ozone aging test for rubber, elastomers and related materials Specimen Size : Up to 150 mm length Accuracy : 2% F.S. Features : Programmable test cycles, overtemperature and overpressure protection, ozone destruction unit Interface Type : RS232 data output Machine Weight : 135 kg Port Size : 50 mm Max Height : 1350 mm Mounting Type : Floor standing Gas Pressure : 0.10.3 MPa Test Speed : Variable, programmable Test Stroke : 100 mm Display Type : Digital touch screen Operating Voltage : 220V, single phase Frequency : 50Hz Capacity : Internal Chamber Volume: 225 L Temperature : 10C 70C (adjustable) Test Width : 400 mm Test Range : Ozone concentration: 20500 ppm Response Time : 30 s Resolution : 1 ppm Equipment Type : Ozone Concentration Test Chamber Automation Grade : Automatic Measuring Range : 20 to 500 ppm ozone

Send Inquiry

Chair Arm And Back Strength Tester Price : 4000.0 USD ($)/Unit Minimum Order Quantity : 1 Control Mode : Manual Number of Specimens : Multiple Power Supply : Electric Usage : Testing equipment Material : Stainless Steel Operate Method : Semi Automatic

Send Inquiry

SEND INQUIRY CALL ME FREE