Product Description
Introduction
Xenon light testing is a critical process for evaluating the durability and performance of packaging materials under simulated real-world conditions. By using xenon light technology, manufacturers can assess how packaging materials respond to exposure to sunlight, temperature, and humidity, ensuring their products remain intact and visually appealing throughout their lifecycle. This guide provides a comprehensive overview of xenon light testing for packaging materials, including its benefits, applications, installation guidelines, and the order process.
| Item | Specification |
| Internal Dimension (W*D*H) | 700*500*600mm |
| External Dimension (W*D*H) | 1350*1300*1850mm |
| Internal chamber material | SUS 304 # Stainless Steel, anti-rust |
| External chamber material | Cold-rolled steel with spray |
| Chamber humidity range | 55%~90% RH |
| Chamber temperature | 35~90 |
| Black panel temperature | 45~95, adjustable |
| Temperature uniformity | 3 |
| Filter | Window glass filter / daylight filter |
| Light source | Air cooled long arc xenon lamp |
| Xenon lamp power | 1.8 KW * 3 pcs = 5.4 KW |
| Irradiance strength | 0.51 W/m2@340 nm(follow up to specified test standard) |
| Control system | LCD programmable controller, Auto display irradiance, capacity: 100 groups program, 99 cycles. |
| Illumination time | 1~999 hours, adjustable |
| Water spray system | Water spray time 999 minutes settable Interval spray time, 1~240 minutes settable |
| Sample holder | Stainless steel, 1 pc |
| Distance from sample holder to lamp | 250~300 mm |
| Heating | Nickel-chromium alloy electric heater |
| Humidification power | Stainless steel surface evaporative humidifier |
| Insulation materials | Supper fine glass fiber |
| Temperature sensor | PT100 high precision sensor |
| Air circulation system | Stainless steel centrifugal rotor vane to improve the uniformity of temperature and humidity |
Product Features and Benefits
- Xenon Light Technology
- Uses xenon arc lamps to generate a broad spectrum of UV, visible, and infrared light, closely mimicking natural sunlight.
- Ensures accurate simulation of outdoor weathering conditions for consistent test results.
- Precision Climate Control
- Advanced temperature and humidity controls to replicate various environmental conditions.
- Optional rain simulation and condensation features for comprehensive testing.
- Material Durability Testing
- Identifies weaknesses in packaging materials, such as fading, cracking, or discoloration, under prolonged light exposure.
- Time-Saving Accelerated Testing
- Simulates years of natural weathering in a matter of days or weeks, reducing development and testing timelines.
- Compliance with Standards
- Meets industry standards such as ISO, ASTM, and IEC, ensuring reliable and recognized test results.
- User-Friendly Design
- Intuitive interface for easy setup, monitoring, and data analysis.
- Remote monitoring capabilities for convenient operation.
- Cost-Effective Solution
- Minimizes the need for outdoor testing, reducing costs and improving efficiency.
Applications in Packaging Materials
Xenon light testing is widely used across various industries to evaluate packaging materials. Some key applications include:
- Food and Beverage Packaging
- Testing the durability of plastic, foil, and composite packaging under sunlight and temperature changes.
- Cosmetics and Personal Care Products
- Assessing the impact of light exposure on packaging for creams, lotions, and fragrance bottles.
- Pharmaceutical Packaging
- Ensuring the integrity of blister packs, vials, and other packaging materials under controlled conditions.
- Electronics and Tech Products
- Testing the durability of plastic and polymer packaging for electronic devices.
- Agricultural and Industrial Packaging
- Evaluating the performance of packaging materials used for fertilizers, pesticides, and industrial goods.
Installation Guide
Proper installation is essential to ensure optimal performance of your xenon light testing equipment. Follow these steps for a smooth setup:
- Choose the Right Location
- Place the equipment in a well-ventilated area with stable temperature and humidity levels.
- Ensure sufficient space for airflow and easy access to controls.
- Power Supply Setup
- Verify that the power supply matches the equipments requirements (voltage, frequency, and phase).
- Install a stable power source with appropriate grounding.
- Calibration and Setup
- Calibrate the equipment according to the manufacturers instructions to ensure accurate test results.
- Program test cycles based on your specific requirements (e.g., temperature, humidity, light intensity).
- Safety Measures
- Follow all safety guidelines, including proper use of protective gear and emergency shutdown procedures.
- Regularly inspect and maintain the equipment to prevent malfunctions.
- Training
- Provide training to operators to ensure they understand how to use and maintain the equipment effectively.
Order Process
Ordering a xenon light testing system for packaging materials is a straightforward process. Heres a step-by-step guide:
- Determine Your Testing Requirements
- Identify the type of packaging materials you need to test (e.g., plastics, metals, composites).
- Define the environmental conditions you want to simulate (e.g., temperature, humidity, UV intensity).
- Select the Right Equipment
- Choose a system based on your specific needs, including chamber size, xenon lamp type, and additional features (e.g., rain simulation).
- Contact the Supplier
- Reach out to the manufacturer or distributor to discuss your requirements and receive a quotation.
- Place Your Order
- Confirm the order and provide necessary details for delivery, including shipping address and preferred delivery date.
- Installation and Commissioning
- Once the equipment arrives, follow the installation guide or request assistance from the supplier.
- Test the system to ensure it is functioning correctly before starting your testing process.
- After-Sales Support
- Ensure the supplier offers technical support, maintenance, and spare parts availability for long-term reliability.
Advanced Climate Control for Reliable TestingThis tester uses a powerful xenon arc lamp, paired with precise programmable controls for light, humidity, and temperature. Air and water cooling ensure consistent lamp performance over its 1500-hour lifespan. An intuitive touch-screen interface makes adjustments and data retrieval easy, supporting reliable and repeatable test conditions.
Safety and Durability in Every FeatureConstructed with stainless steel and an anti-corrosive coating, the tester affords long-term durability, supported by leakage, overheating, and overpressure safety systems. Over-temperature protection ensures both operator safety and specimen integrity-essential for demanding industrial or laboratory environments.
Comprehensive Data Management and ComplianceWith storage for 100 test sessions, the unit ensures easy access to historical test data via USB or RS485. Its design meets ISO 4892-2 and ASTM G155 standards, supporting export, manufacturing, and supplier requirements globally. The fully automatic operation streamlines workflows for diverse quality control teams.
FAQ's of Xenon Light Testing for Beverage Packaging: Humidity & Temperature Control:
Q: How does the Xenon Light Climate Aging Tester simulate aging for beverage packaging?
A: It uses a programmable xenon arc lamp to expose samples to controlled cycles of light, humidity (30-98% RH), and temperature (10-70C), closely replicating sunlight and climatic stresses to accelerate the aging process.
Q: What benefits does this tester provide for beverage packaging manufacturers?
A: Manufacturers gain rapid, accurate insights into material durability, enabling effective quality control and product development. The fully automated system allows standardized, repeatable testing for reliable results.
Q: Where can this equipment be installed and used?
A: Designed as a floor-standing unit, it is ideal for laboratories or production facilities. Its robust build and safety features ensure secure operation in research and industrial settings.
Q: What safety protections are included in the tester?
A: The chamber incorporates leakage, overheating, and overpressure protections, plus over-temperature safety mechanisms, guarding operators and specimens during testing.
Q: How are test parameters such as humidity and temperature controlled and monitored?
A: Test conditions are digitally programmable through the touch-screen interface, offering precise adjustments with high accuracy (0.5C temperature, 2% RH humidity) and real-time data display.
Q: When should data be retrieved from the tester, and how?
A: Data can be retrieved anytime, as the chamber stores up to 100 test records. Users can export data via USB or RS485 for analysis and documentation.
Q: What is the recommended process for running a standard beverage packaging aging test?
A: Install specimens (up to ten, max size 300 mm 75 mm), set desired cycles on the touch-screen interface, and program light, humidity, and temperature profiles. Initiate testing; the fully automatic unit handles cycle execution and data logging.