xenon lamp light weather simulation chamber for coating

508005.0 INR/Unit

Get a Price/Quote

Product Details:

Interface Type RS232/USB
Power Supply AC 220V, 50Hz
Temperature Room temperature to 80C adjustable
Response Time 3 min for temperature/humidity change
Frequency 50Hz
Resolution Temperature: 0.1C, Humidity: 0.1% RH
Max Height 1600 mm (exterior height)
Click to view more
Share Your Product:

Request To Call Back Send Inquiry

xenon lamp light weather simulation chamber for coating Price And Quantity

Minimum Order Quantity 1 Unit
Price 508005.0 INR/Unit

Lamp Type Water-cooled xenon arc lamp
Rain/Fog Simulation Programmable spray and humidity system
Ambient Temperature Range +5C to +35C
Compliance Standards ISO 11341, ASTM G155, GB/T 1865
Viewing Window Yes, with triple-layer tempered glass
Cooling Method Air & water cooling combo
Irradiance Range Up to 1200 W/m at 420 nm
Lamp Power 2500W
Sample Holder Adjustable rotating shelf
Inner Chamber Material 304 Stainless Steel
Noise Level 65 dB(A)
Safety Protection Leakage protection, Over-temperature alarm, Overload protection
Timer Range 0~99999 min programmable
Exterior Material Coated steel

xenon lamp light weather simulation chamber for coating Product Specifications

Features Programmable cycles, Irradiance control, Safety protection
Specimen Size Standard: 150x70 mm, other sizes optional
Number of Specimens 1-20 pcs (adjustable rack)
Max Height 1600 mm (exterior height)
Application Coating, paint, plastics, materials laboratory weathering testing
Automation Grade Automatic
Response Time 3 min for temperature/humidity change
Resolution Temperature: 0.1C, Humidity: 0.1% RH
Frequency 50Hz
Power Supply AC 220V, 50Hz
Test Width 500 mm
Temperature Room temperature to 80C adjustable
Control Mode Programmable touch screen control
Interface Type RS232/USB
Test Range Weathering, UV exposure, aging tests
Capacity Chamber volume approx. 500L
Machine Weight Approx. 250 kg
Operating Voltage 220V
Mounting Type Floor standing
Measuring Range Relative humidity, temperature, irradiance
Accuracy Temperature: 1C; Humidity: 3% RH
Test Stroke Up to 300 mm
Usage Accelerated weathering testing
Port Size DN25
Humidity 30-98% RH adjustable
Display Type Digital LCD Display
Test Speed Adjustable, 1-10 cycles/min
Equipment Type Xenon lamp light weather simulation chamber
Gas Pressure 0.6 MPa Max

Lamp Type Water-cooled xenon arc lamp
Rain/Fog Simulation Programmable spray and humidity system
Ambient Temperature Range +5C to +35C
Compliance Standards ISO 11341, ASTM G155, GB/T 1865
Viewing Window Yes, with triple-layer tempered glass
Cooling Method Air & water cooling combo
Irradiance Range Up to 1200 W/m at 420 nm
Lamp Power 2500W
Sample Holder Adjustable rotating shelf
Inner Chamber Material 304 Stainless Steel
Noise Level 65 dB(A)
Safety Protection Leakage protection, Over-temperature alarm, Overload protection
Timer Range 0~99999 min programmable
Exterior Material Coated steel

xenon lamp light weather simulation chamber for coating Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 90 Unit Per Month
Delivery Time 6 Days
Main Domestic Market All India

Product Description

Standard Features

Model	DR-H301
Internal dimension (WxDxH)	500600500mm
External dimension (WxDxH)	100010001750mm
Temperature range	RT+10~ 60 (suggest to use 402)
Temperature Fluctuation	1
Ozone concentration	50~1000 pphm, adjustable
Ozone concentration deviation	10%
Sample holder	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
Test criteria	ASTM D1149, ISO 1431, JIS K6259...

application area

Xenon lamp coated microclimate simulation chambers are widely used in the following fields:

Coatings and paints: used to test the weather resistance and photostability of various coatings and paints.

Automotive coating: used to test the weather resistance and photostability of automotive exterior coatings (such as car paint).

Architectural coatings: used to test the weather resistance and photostability of architectural coatings (such as exterior wall coatings).

Aerospace coating: used to test the aging resistance and light stability of external coatings of aircraft and spacecraft.

Ship coating: used to test the weather resistance and photostability of ship coatings under different marine environmental conditions.

4. Technical features

oneHigh precision light source: High quality xenon lamps are used as the light source to ensure the stability and accuracy of spectral output.

twoAdvanced control system: equipped with high-precision temperature and humidity controllers and illuminance sensors to achieve precise control of the test environment.

threeSafety protection measures: The equipment is equipped with multiple safety protection devices, such as over temperature protection, overload protection, leakage protection, etc.

fourEasy to operate and maintain: The simulation room is designed to be simple and intuitive, easy to operate, and easy to maintain on a daily basis.

fiveVentilation and cooling device: The simulated room temperature ventilation and cooling system is automatically controlled by a temperature control box.

sixUniformity of irradiance: Ensure a uniform distribution of light within the testing area to provide consistent testing conditions.

Significance of Xenon Lamp Coating Photoclimate Simulation Chamber Measurement

The xenon lamp coating light climate simulation chamber simulates the natural environment's climate conditions such as light, temperature, humidity, and rainfall to conduct accelerated aging tests on coating materials. This type of simulation testing is of great significance in materials science, quality control, product development, and environmental adaptability assessment. The following are the main significance of xenon lamp coating light climate simulation chamber measurement:

1. Evaluate the durability of the coating

Meaning: By simulating various climatic conditions in the natural environment, the durability and service life of coating materials can be evaluated in different environments.

Application: This is particularly important for coating materials that require long-term exposure to outdoor or harsh environments, such as building exterior coatings, automotive exterior coatings, aerospace coatings, etc.

2. Accelerated aging test

Significance: The xenon lamp coating light climate simulation chamber can simulate the natural aging process of several years or even decades in a short period of time, thereby accelerating the aging testing of coating materials.

Application: This enables R&D personnel to obtain long-term performance data of coating materials in a shorter period of time, shorten product development cycles, and improve R&D efficiency.

3. Quality control and product consistency

Meaning: Through simulation room testing, the quality consistency and stability of coating materials can be ensured under different batches and production conditions.

Application: This is crucial for large-scale production and quality control, as it can effectively reduce product defects and recalls caused by material performance fluctuations.

4. Optimize coating formula

Meaning: By simulating the aging process under different environmental conditions, the performance differences of different coating formulations can be evaluated, thereby optimizing formulation design.

Application: This helps to develop more durable, environmentally friendly, and economical coating materials, enhancing the market competitiveness of products.

5. Environmental adaptability assessment

Meaning: The simulation room can simulate various extreme environmental conditions (such as high temperature, high humidity, strong ultraviolet radiation, acidic rainfall, etc.) to evaluate the performance of coating materials under these conditions.

Application: This is particularly important for coating materials that need to be used in different global climate conditions, such as automotive, construction, aerospace, etc., to ensure the reliability and stability of the materials in different environments.

6. Compliance with regulations and standards

Meaning: Many industry standards and regulations require coating materials to undergo specific environmental simulation tests to ensure their safety and reliability.

Application: Through simulation room testing, it is possible to verify whether coating materials comply with relevant standards and regulatory requirements, avoiding legal risks and market access issues caused by non-compliance with standards.

7. Cost benefit analysis

Meaning: Through simulation room testing, potential performance issues can be identified and resolved in the early stages of product development, thereby reducing research and development costs and later maintenance costs.

Application: This helps companies control research and development and production costs while ensuring product quality, and improve economic efficiency.

8. Innovation and product development

Meaning: Simulation room testing provides important data support and experimental platform for innovation and product development of coating materials.

Application: This helps R&D personnel explore new materials, processes, and applications, promoting the progress and development of coating technology.

9. Customer satisfaction and market competitiveness

Meaning: Through simulation room testing, the performance and reliability of coating materials in actual usage environments can be ensured, thereby improving customer satisfaction and market competitiveness.

Application: This is particularly important for coating materials that require high reliability and long lifespan (such as automotive, construction, aerospace, etc.), which can help companies stand out in highly competitive markets.

Advanced Weathering Technology

This equipment employs a high-powered 2500W xenon arc lamp combined with an air and water cooling system, providing stable irradiance up to 1200 W/m2 at 420 nm. It reproduces full-spectrum sunlight, allowing researchers to simulate real-world environmental effects on materials within a controlled laboratory setting.

Versatile Testing Capabilities

The chamber supports adjustable temperature (room to 80C), humidity (30-98% RH), and programmable rain or fog scenarios. With programmable cycle settings and adjustable shelf space, it accommodates from 1 to 20 specimens of varying sizes, offering flexible and repeatable testing conditions for coatings, plastics, and other materials.

User-Friendly and Safe Operation

Featuring intuitive touch screen controls and a digital LCD display, the chamber ensures easy programming and real-time monitoring. Its construction includes robust safety measures such as over-temperature, overload, and leakage protection, as well as a triple-layer tempered glass viewing window for safe observation.

FAQ's of xenon lamp light weather simulation chamber for coating:

Q: How does the xenon lamp weather simulation chamber accelerate weathering tests for coatings?

A: The chamber uses a powerful 2500W xenon arc lamp to closely mimic the sunlight spectrum, combined with programmable humidity, temperature, and rain/fog conditions. This setup allows for rapid and realistic aging tests, significantly reducing the time needed to evaluate coatings' resistance to weathering and UV exposure.

Q: What types of specimens and tests can be conducted in the chamber?

A: The chamber is optimized for coatings, paints, plastics, and other material samples, accommodating 1 to 20 specimens depending on rack adjustment. It supports various weathering, UV exposure, and aging tests, with programmable cycles for precise control over environmental parameters.

Q: When should I use programmable spray and humidity features during testing?

A: Programmable spray and humidity systems are ideal for simulating rain, dew, and fog conditions on specimens. Use these features to investigate how coatings and materials perform under fluctuating moisture levels, helping predict real-world durability and failure modes.

Q: Where is this weather simulation chamber best utilized?

A: This chamber is suitable for use in research laboratories, quality control departments, and material testing facilities involved in developing and certifying coatings, paints, plastics, and similar weather-sensitive products. Its compliance with ISO and ASTM standards ensures results are internationally recognized.

Q: What safety features are included in the chamber's design?

A: Built-in safety mechanisms include over-temperature alarms, overload protection, leakage protection, and a triple-layer tempered glass viewing window. These innovations help protect both operators and specimens during continuous or high-intensity testing.

Q: How do I benefit from its digital LCD display and touch screen controls?

A: The digital LCD and programmable touch screen allow for intuitive operation, real-time monitoring of temperature, humidity, and irradiance, and quick adjustment of testing parameters. This enhances accuracy, repeatability, and efficiency in accelerated weathering experiments.

Q: What process ensures uniform exposure of specimens during cycles?

A: The chamber uses an adjustable rotating shelf to guarantee that all specimens are uniformly exposed to light and environmental conditions. This rotation eliminates bias in test outcomes, ensuring reliable and comparable results across multiple samples.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Environment Test Chamber' category

UV Test Chamber for Aerospace Composite Materials MIL-STD-810G Compliance Extreme Climate Simulation Price : 41000.0 INR/Unit Minimum Order Quantity : 1 Power Supply : 220V AC, 50/60Hz, Single Phase Control Mode : Programmable microprocessor controller with LCD display Usage : Laboratory simulation of environmental conditions for aerospace composites Number of Specimens : Up to 12 test panels Max Height : 1700 mm Specimen Size : Standard 75 x 150 mm panels Features : MILSTD810G compliant, programmable UV, temperature and humidity cycles, safety shutdown, alarm, data logging Automation Grade : Fully Automatic Application : MILSTD810G compliance, extreme climate simulation, aerospace composite material assessment Response Time : <1 minute stabilization Frequency : 50/60 Hz Resolution : 0.1C, 0.1% RH, 0.01 W/m Temperature : 70C to +150C programmable Test Width : Up to 500 mm Interface Type : USB, Ethernet, RS232 Capacity : 12 test holders Test Range : Simulates UV, temperature, and humidity extremes Operating Voltage : 220V AC, 50/60Hz Machine Weight : Approx. 350 kg Accuracy : 0.5C (temperature), 2% RH (humidity), 5% (UV intensity) Measuring Range : UV: 01.2 W/m at 340 nm; Temp: 70C to +150C; Humidity: 3098% RH Mounting Type : Floor Standing Port Size : Standard 50 mm test port Test Stroke : Variable, programmable up to 700 mm Humidity : 30% to 98% RH programmable Test Speed : Adjustable, up to 60 cycles/hour Display Type : Touchscreen LCD Equipment Type : UV Test Chamber for Aerospace Composite Materials Gas Pressure : Not applicable (ambient air used)

Send Inquiry

High-Capacity Industrial Vacuum Oven with PLC Control 0.1 mbar Vacuum Pressure Price : 138805.0 INR/Unit Minimum Order Quantity : 1 Power Supply : 220240V AC, 50/60 Hz Control Mode : PLC Control (Programmable Logic Controller) Usage : Industrial laboratory drying and heating Number of Specimens : 18 (adjustable shelves) Max Height : 1800 mm (external) Specimen Size : Customizable, up to shelf dimension Features : Programmable temperature cycles, Safety alarms, Overtemperature protection, Data logging Automation Grade : Fully Automatic Application : Moisture drying, thermal processing, degassing, heat treatment in laboratory and industrial settings Response Time : <10 seconds (vacuum adjustment) Frequency : 50/60 Hz Resolution : 0.1C (temperature), 0.01 mbar (vacuum) Temperature : Ambient to 250C Test Width : 600 mm Interface Type : Ethernet, USB, RS232 Capacity : 240 Liters Test Range : 0.1 mbar to 1000 mbar Operating Voltage : 220/240 VAC Machine Weight : Approx. 350 kg Accuracy : 0.1 mbar (Vacuum Gauge) Measuring Range : 0.1 mbar to 1000 mbar Mounting Type : Floorstanding Port Size : DN 50 / 2 inch (Vacuum Port) Test Stroke : Up to 400 mm Humidity : Ambient 2095% RH Test Speed : Programmable, up to 50 mm/min Display Type : Touchscreen LCD Equipment Type : HighCapacity Industrial Vacuum Oven Gas Pressure : Maximum 1.2 bar

Send Inquiry

Free Global Shipping Humidity and Temperature Stability Chambers | 1-Year Warranty Price : 28000.0 INR/Unit Minimum Order Quantity : 1 Power Supply : AC 220V, 50Hz Control Mode : Digital PID Controller Usage : Laboratory, Pharmaceutical, Research Number of Specimens : 1 to 10 (Configurable racks) Max Height : 1800 mm Specimen Size : Standard/Customizable Features : Free Global Shipping, 1Year Warranty, Programmable cycles Automation Grade : Fully Automatic Application : Stability testing, Storage, conditioning of materials Response Time : <10 seconds Frequency : 50/60 Hz Resolution : 0.1% RH, 0.1C Temperature : 20C to +60C Test Width : 500 mm Interface Type : USB, RS232 Capacity : 300 Liters Test Range : Programmable, User Defined Operating Voltage : 220 V AC Machine Weight : Approximately 120 kg Accuracy : 1% RH, 0.5C Measuring Range : Relative Humidity and Temperature Mounting Type : Floor Standing Port Size : Standard 50 mm Test Stroke : 200 mm Humidity : 30% to 95% RH (Adjustable) Test Speed : Adjustable, 0.5 10 mm/min Display Type : 7 inch Digital Touch Display Equipment Type : Humidity and Temperature Stability Chamber

Send Inquiry

Energy Saving Constant Temperature And Humidity Test Chamber Price : 5000.0 USD ($)/Unit Minimum Order Quantity : 1 Power Supply : Electric Control Mode : Manual Usage : Testing equipment Number of Specimens : Multiple Operate Method : Semi Automatic Voltage : 200 240 Volt (v)

Send Inquiry

SEND INQUIRY CALL ME FREE