Packaging Material UV-Aging Chamber ASTM D5208 Plastic Film Yellowing and Brittleness Test

Packaging Material UV-Aging Chamber ASTM D5208 Plastic Film Yellowing and Brittleness Test

298005.0 INR/Unit

Product Details:

  • Gas Pressure Ambient / Not Applicable
  • Max Height 1200 mm
  • Features Programmable cycles, Over temperature protection, Timed exposure
  • Resolution 0.01
  • Operating Voltage 220V AC
  • Automation Grade Automatic
  • Test Range UV aging, yellowing & brittleness
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Packaging Material UV-Aging Chamber ASTM D5208 Plastic Film Yellowing and Brittleness Test Price And Quantity

  • 298005.0 INR/Unit
  • 1 Unit
  • Forced Air Circulation
  • Overcurrent, Overheat Protection
  • 1500 hours
  • Programmable up to 9999 min
  • Tempered Glass Observation
  • Stainless Steel Chamber
  • Fluorescent UV
  • Detachable Racks
  • ASTM D5208, IS 2508

Packaging Material UV-Aging Chamber ASTM D5208 Plastic Film Yellowing and Brittleness Test Product Specifications

  • Automatic
  • UV aging, yellowing & brittleness
  • Digital LCD
  • As per film
  • 220V AC, 50Hz
  • Approx. 75 Kg
  • 75 mm x 150 mm
  • 3 sec
  • 0100% Brittleness Index
  • Ambient / Not Applicable
  • UV Aging, Yellowing & Brittleness Test
  • 1200 mm
  • Adjustable, 1-10 cycles/min
  • Programmable cycles, Over temperature protection, Timed exposure
  • 300 mm
  • 0.01
  • 100 mm
  • Standard Chamber Volume: 100 L
  • 220V AC
  • 50 Hz
  • 1%
  • UV Aging Chamber
  • Up to 10
  • Digital Microprocessor Control
  • RT to 70C, Adjustable
  • Testing plastic films & packaging materials as per ASTM D5208
  • Up to 98% RH
  • RS232 / USB
  • Floor Stand
  • Forced Air Circulation
  • Overcurrent, Overheat Protection
  • 1500 hours
  • Programmable up to 9999 min
  • Tempered Glass Observation
  • Stainless Steel Chamber
  • Fluorescent UV
  • Detachable Racks
  • ASTM D5208, IS 2508

Packaging Material UV-Aging Chamber ASTM D5208 Plastic Film Yellowing and Brittleness Test Trade Information

  • Cash in Advance (CID)
  • 100 Unit Per Month
  • 8 Days

Product Description

Standard Features:

Item Specification
Outside dimension 1300W500D1460Hmm
Chamber material SUS#304 stainless steel
Temperature range RT70
Temperature fluctuation 2
Temperature control PID SSR control
Humidity range: 95%RH
Controller Programmable controller, LCD touch screen
Control mode Balance temperature humidity control (BTHC)
Test cycle setting Exposure, condensation and water spray test cycle is programmable
Lamp power 40W/Piece
Distance from sample to lamp 502mm
Centre distance between the lamp 70mm
Irradiance 0.45~1.0W/m2 (optional)
UV lamps Imported Atlas UV-B: 280-315nm (8pcs, 1600h lifetime)
Standard Specimen Size 75290mm (24pcs) or 75x150mm (48pcs), max. thickness 5mm
Testing time 0999H, adjustable
Protection system Overload short circuit protection
Over temperature protection
Water lacking protection
Earth leakage protection
Auto shut off protection

The UV-Aging Test Chamber for Plastics is a precision-engineered system designed to evaluate the photodegradation of plastic films, sheets, and packaging materials under controlled ultraviolet (UV) exposure. Specifically compliant with ASTM D5208 standards, this chamber simulates accelerated aging to assess yellowing, brittleness, and loss of mechanical integrity in plastics exposed to sunlight and environmental stressors. Tailored for Indias packaging and polymer industries, it ensures product reliability while meeting global and local regulatory requirements.


Technical Specifications

  1. UV Light Source & Spectral Control

    • UVA-340 Lamps: Simulate critical solar UV wavelengths (295365 nm), focusing on 340 nm peak for accelerated polymer degradation.

    • Irradiance Control: Adjustable from 0.51.2 W/m @ 340 nm, calibrated to ASTM D5208 and ISO 4892-3 protocols.

  2. Environmental Parameters

    • Temperature Range:

      • Ambient: 10C to 80C (1C accuracy).

      • Black Panel Temperature (BPT): 30C to 110C (1.5C), replicating extreme outdoor heat.

    • Humidity Control: 10%95% RH (3% stability) with cyclic condensation to mimic monsoon humidity.

  3. Chamber Design

    • Sample Capacity: Benchtop (50L) to industrial (300L), accommodating plastic films up to 1m x 0.5m.

    • Material: Stainless steel interior with corrosion-resistant coatings, UV-transparent quartz windows.

    • Safety Features: Over-temperature shutdown, water leakage sensors, and emergency stop.

  4. Automation & Data Management

    • Programmable Test Cycles: Pre-set ASTM D5208 profiles for yellowing and brittleness testing.

    • Touchscreen Interface: Real-time monitoring of UV intensity, temperature, and humidity.

    • Data Export: Generate compliance reports (CSV/PDF) with colorimetry data (E, YI) and tensile strength metrics.


Key Applications

  1. Plastic Film Testing:

    • Evaluate UV-induced yellowing, haze, and brittleness in LDPE, HDPE, PVC, and BOPP films.

  2. Packaging Materials:

    • Validate UV stability of food packaging, shrink wraps, and labels under prolonged sunlight exposure.

  3. Polymer Degradation:

    • Test mechanical property loss (tensile strength, elongation) in recycled and virgin plastics.

  4. Agricultural Films:

    • Assess durability of greenhouse and mulch films under tropical UV/humidity conditions.


Compliance & Certifications

  • ASTM D5208: Standard Practice for Fluorescent UV Exposure of Photodegradable Plastics.

  • Additional Standards: ISO 4892-3, IS 16046 (Indian Standard for Polymer Testing).

  • Certifications: CE, RoHS, ISO 9001:2015.


Advantages for Indian Packaging & Polymer Industries

  1. Climate-Specific Testing:

    • Pre-programmed cycles replicate Indias high UV index (e.g., Gujarat, Rajasthan) and monsoon humidity.

  2. Cost Efficiency:

    • Energy-saving LED UV arrays reduce power consumption by 30% versus conventional systems.

  3. Localized Support:

    • Service centers in Mumbai, Delhi, and Ahmedabad offer calibration, maintenance, and operator training.

  4. Scalability:

    • Modular upgrades for combined UV/thermal cycling or ozone exposure testing.


FAQs (UV-Aging Test Chamber for Plastics)

Q1: How does ASTM D5208 testing benefit plastic manufacturers?
A: It identifies UV-induced failures (yellowing, brittleness) early, ensuring packaging meets shelf-life and durability requirements.

Q2: Can the chamber test biodegradable plastics?
A: Yescustom profiles simulate degradation pathways for PLA, PHA, and other eco-friendly polymers.

Q3: What is the typical test duration for ASTM D5208 compliance?
A: Ranges from 2001,000 hours, depending on material and irradiance settings.

Q4: How to maintain UV lamp consistency?
A: Automated irradiance calibration and quarterly lamp rotation ensure 2% spectral accuracy.

Q5: Is the chamber compatible with BIS standards?
A: Yescustomizable settings align with IS 16046 and other BIS protocols.




Advanced UV-Aging Simulation

This chamber reliably replicates UV exposure and environmental conditions, assessing the yellowing and brittleness of plastic films. Its programmable timer, adjustable test cycles, and forced air cooling system allow for repeatable and customizable testing scenarios to match industry standards.


User-Friendly Digital Control

Equipped with a digital microprocessor and LCD display, the chamber provides real-time feedback and simple operation. Programmable settings ensure precise testing, while detachable racks and observation via a tempered glass door facilitate easy specimen handling and monitoring.


Safety and Compliance Assured

With robust safety systems including overcurrent and overheat protection, the chamber meets crucial compliance standards like ASTM D5208. Its stainless steel construction guarantees durability and reliability, ensuring long-term performance in demanding laboratory environments.

FAQ's of Packaging Material UV-Aging Chamber ASTM D5208 Plastic Film Yellowing and Brittleness Test:


Q: How does the UV-Aging Chamber test plastic films for yellowing and brittleness?

A: The chamber exposes plastic film specimens to fluorescent UV light within a controlled environment, simulating outdoor conditions. The programmable timer and adjustable cycles allow samples to experience varying periods of UV exposure, after which their yellowing and brittleness are assessed according to ASTM D5208 standards.

Q: What types of materials and specimens can be tested in this chamber?

A: This UV-Aging Chamber is specifically designed for testing packaging materials and plastic films. It accepts up to 10 specimens, each measuring 75 mm x 150 mm, making it suitable for most standard packaging applications requiring UV resistance assessment.

Q: When should manufacturers use this chamber in their quality control process?

A: Manufacturers should use the UV-Aging Chamber during the research, development, and quality assurance phases to ensure that packaging materials meet durability standards against UV-induced degradation such as yellowing and brittleness, prior to product release or regulatory compliance verification.

Q: Where is this chamber best installed for optimal operation?

A: The chamber, with a standard chamber volume of 100 L and floor standing mount, is best suited for laboratory environments, quality control departments, or research facilities where controlled testing conditions with 220V AC, 50Hz power supply are available.

Q: What is the process for operating the UV-Aging Chamber?

A: Specimens are placed on detachable racks inside the stainless steel chamber. Using the digital controls, users set parameters such as exposure time, cycles, test speed, temperature, and humidity. The chamber then operates automatically, and after the set duration, samples are evaluated for changes in yellowing and brittleness.

Q: How does the chamber ensure safety during operation?

A: The UV-Aging Chamber includes overcurrent and overheat protection systems, a tempered glass observation door for safe monitoring, and forced air circulation to prevent overheating, maintaining user safety and equipment integrity throughout the testing process.

Q: What benefits does using this UV-Aging Chamber offer exporters and manufacturers?

A: Using this chamber allows exporters, manufacturers, and suppliers to reliably predict material performance, reduce product failure rates, comply with international standards, and maintain a reputation for delivering high-quality, durable packaging materials both in India and globally.

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