Xenon Test Chamber for PVC Roofing Membrane Durability ASTM G154 Hydrolysis and UV Resistance Test

Xenon Test Chamber for PVC Roofing Membrane Durability ASTM G154 Hydrolysis and UV Resistance Test

598005.0 INR/Unit

Product Details:

  • Measuring Range Irradiance up to 1200 W/m
  • Operating Voltage AC 220V 10%
  • Port Size Standard sample ports for membranes
  • Response Time 2 sec (display)
  • Resolution 0.1C (temperature)
  • Number of Specimens 8 to 24, depending on tray configuration
  • Max Height 1400 mm (overall)
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Xenon Test Chamber for PVC Roofing Membrane Durability ASTM G154 Hydrolysis and UV Resistance Test Price And Quantity

  • 598005.0 INR/Unit
  • 1 Unit
  • 800 x 1000 x 1400 mm (W x D x H)
  • Complies with ASTM G154, ASTM D6878, ISO 4892-2
  • <65 dB(A)
  • Forced air circulation, water cooling
  • Air-cooled xenon arc lamp
  • Yes, for exposure uniformity
  • Corrosion-resistant stainless steel
  • Integrated (precision monitoring)
  • Up to 1500 hours (typical)
  • On-board memory with export capability
  • Over-temperature, over-current, door interlock
  • Dual nozzle with programmable intervals

Xenon Test Chamber for PVC Roofing Membrane Durability ASTM G154 Hydrolysis and UV Resistance Test Product Specifications

  • Digital touch screen
  • Stand-alone, floor model
  • Ambient to 70C (black panel temp)
  • PVC roofing membrane hydrolysis and UV resistance
  • USB and RS232 for data export
  • 0.5C (temperature); 2% (irradiance)
  • Hydrolysis, UV, temperature & humidity programmable, alarm system, auto shutoff
  • Programmable; up to 60 cycles/day
  • 30% - 95% RH programmable
  • Accelerated weathering & durability test
  • Up to 75 mm specimen width
  • 75 x 150 mm (typical)
  • 2.2 kW xenon lamp
  • 0.5 - 0.8 MPa (for water spraying)
  • Fully automatic
  • AC 220V, 50/60 Hz
  • 0.1C (temperature)
  • 1400 mm (overall)
  • 8 to 24, depending on tray configuration
  • 50/60 Hz
  • Xenon test chamber for durability testing
  • UVA-340, UVB-313, or custom xenon lamp
  • Microprocessor-based automatic control
  • Irradiance up to 1200 W/m
  • Approx. 240 kg
  • AC 220V 10%
  • Standard sample ports for membranes
  • 2 sec (display)
  • Adjustable, max 50 mm
  • 800 x 1000 x 1400 mm (W x D x H)
  • Complies with ASTM G154, ASTM D6878, ISO 4892-2
  • <65 dB(A)
  • Forced air circulation, water cooling
  • Air-cooled xenon arc lamp
  • Yes, for exposure uniformity
  • Corrosion-resistant stainless steel
  • Integrated (precision monitoring)
  • Up to 1500 hours (typical)
  • On-board memory with export capability
  • Over-temperature, over-current, door interlock
  • Dual nozzle with programmable intervals

Xenon Test Chamber for PVC Roofing Membrane Durability ASTM G154 Hydrolysis and UV Resistance Test Trade Information

  • Cash in Advance (CID)
  • 100 Unit Per Month
  • 10 Days
  • All India

Product Description

Standard Features:

Model

DR-H301

Internal dimension (WxDxH)

500*600*500mm

External dimension (WxDxH)

1000*1000*1750mm

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...

The Xenon Test Chamber for Roofing Membrane Durability is a precision-engineered system designed to simulate extreme environmental conditions, enabling manufacturers to evaluate the long-term performance of roofing materials under accelerated UV exposure, temperature fluctuations, and humidity cycles. Tailored for Indias diverse climatefrom scorching summers to monsoon rainsthis chamber ensures compliance with global and Indian standards, empowering businesses to deliver roofing solutions resistant to degradation and premature failure.


Technical Specifications

  1. Light Source & UV Simulation

    • Xenon Arc Lamps: Full-spectrum output (290800 nm) replicates natural sunlight, including UV-A and UV-B wavelengths critical for testing polymer degradation.

    • Adjustable Irradiance: 0.51.5 W/m @ 340 nm, calibrated to ASTM D4798 and ISO 4892-2 standards.

  2. Environmental Controls

    • Temperature Range:

      • Surface Temperature: -20C to +120C (1C accuracy), simulating extreme heat (e.g., Rajasthan summers) and sub-zero conditions.

      • Chamber Air Temperature: 10C to 90C (2C uniformity).

    • Humidity: 10%98% RH (3% stability) with cyclic condensation for monsoon-like moisture exposure.

  3. Chamber Design

    • Capacity: Accommodates roofing samples up to 1.2m x 1m (customizable for larger membranes).

    • Material: Stainless steel interior with anti-corrosion coatings, quartz observation windows, and reinforced seals.

    • Safety Features: Overload protection, automatic shutdown, and fire-retardant insulation.

  4. Automation & Data Integrity

    • Programmable Profiles: Pre-set cycles for ASTM G154, ISO 4892-2, and IS 16046 (Indian standards).

    • Real-Time Monitoring: Track UV intensity, temperature, humidity, and sample degradation via touchscreen interface.

    • Compliance Reports: Export data in CSV/PDF formats with timestamps and calibration logs.


Key Applications for Roofing Membranes

  1. UV Resistance Testing:

    • Evaluate degradation of PVC, TPO, and EPDM membranes under prolonged UV exposure.

  2. Thermal Cycling:

    • Simulate rapid temperature shifts (-20C to +80C) to test cracking, shrinkage, and adhesive failure.

  3. Monsoon Simulation:

    • Replicate high humidity (95% RH) and condensation cycles to assess waterproofing and mold resistance.

  4. Accelerated Aging:

    • Predict 20-year lifespan using ISO-compliant protocols, reducing field-testing time and costs.


Compliance & Certifications

  • International Standards: ASTM D4798, ISO 4892-2, EN 13948 (bitumen roofing).

  • Indian Standards: IS 16046 (solar), BIS-compatible testing for local regulatory compliance.

  • Certifications: CE Marking, ISO 9001:2015, and RoHS compliance.


Advantages for Indian Manufacturers

  1. Climate-Specific Testing:

    • Pre-programmed profiles replicate Indias regional climates (e.g., coastal salt spray, desert heat).

  2. Energy Efficiency:

    • Inverter-driven compressors and heat recovery systems reduce power consumption by 30%.

  3. Localized Support:

    • Pan-India service network with technicians in Mumbai, Delhi, and Chennai for installation, training, and maintenance.

  4. Cost-Effective Design:

    • Modular construction allows future upgrades (e.g., ozone testing, salt spray modules).


FAQs (Xenon Test Chamber for Roofing Membrane Durability)

Q1: How does this chamber simulate monsoon conditions?
A: Programmable humidity (up to 98% RH) and water spray systems replicate heavy rain and condensation.

Q2: Can it test modified bitumen roofing?
A: Yescustomizable racks and temperature profiles accommodate bitumen, APP, and SBS membranes.

Q3: What is the chambers lead time in India?
A: Standard units ship within 68 weeks; urgent orders available with a 15% expedited fee.

Q4: Is calibration included?
A: Optional NABL-accredited calibration ensures compliance with IS 16046 and global standards.

Q5: How to maintain the chamber in dusty environments?
A: Monthly filter cleaning and quarterly seal inspections are recommended; local technicians provide onsite support.


Conclusion
The Xenon Test Chamber for Roofing Membrane Durability is a vital investment for Indian manufacturers, contractors, and testing labs seeking to validate roofing materials against the subcontinents harsh environmental challenges. By combining precision, compliance, and localized service, this chamber enables businesses to enhance product reliability, meet regulatory requirements, and gain a competitive edge in Indias growing construction sector.



Advanced Weathering Simulation for PVC Membranes

This test chamber utilizes an air-cooled xenon arc lamp to mimic sunlight, combined with programmable water spray, humidity, and temperature regimes. The system accelerates the aging process of PVC roofing membranes, providing critical insights into material performance. Its robust design with corrosion-resistant materials and integrated safety features assures reliable and consistent operation, meeting ASTM G154, ASTM D6878, and ISO 4892-2 standards.


Comprehensive Control and Data Management

Users benefit from microprocessor-based automation, a digital touch screen interface, and on-board memory capable of exporting data via USB and RS232. The chamber supports extensive parameter adjustment-irradiance, humidity, temperature, and test cycles-allowing custom programmability to fit a wide range of durability testing needs for PVC membranes and similar materials.

FAQ's of Xenon Test Chamber for PVC Roofing Membrane Durability ASTM G154 Hydrolysis and UV Resistance Test:


Q: How does the Xenon Test Chamber simulate real-world weathering for PVC roofing membranes?

A: The chamber uses an air-cooled xenon arc lamp to replicate full-spectrum sunlight and programmable dual-nozzle water spraying to simulate rain and humidity cycles. By controlling temperature, humidity, and UV exposure, it accurately reproduces outdoor aging conditions to evaluate the durability of PVC roofing membranes.

Q: What types of tests can be conducted with this chamber, and what standards does it meet?

A: This chamber is designed for hydrolysis and ultraviolet (UV) resistance testing, specifically for PVC roofing membranes and similar materials. It fully complies with ASTM G154, ASTM D6878, and ISO 4892-2 standards, ensuring reliable simulation and material evaluation.

Q: When is it appropriate to use this test chamber during the product lifecycle?

A: The chamber is ideally used during the research and development (R&D) phase, quality control, and material certification processes to assess long-term durability, weathering, and compliance before bringing PVC roofing products to market.

Q: Where can data from the test chamber be accessed or exported?

A: Test data is recorded on the chamber's on-board memory, which can be accessed and exported via USB and RS232 interfaces. The digital touchscreen also provides real-time monitoring and data visualization.

Q: What benefits does programmable specimen rotation provide during testing?

A: Automatic rotation ensures each specimen is uniformly exposed to light, water spray, and temperature, minimizing variability and maximizing the reliability of durability results for all samples tested.

Q: How many specimens can be tested simultaneously, and what are the typical sample sizes?

A: Depending on the tray configuration, the chamber can accommodate 8 to 24 specimens at a typical size of 75 x 150 mm, with a maximum width of up to 75 mm per sample, allowing for efficient batch testing.

Q: What safety features are integrated into the Xenon Test Chamber?

A: The chamber includes over-temperature and over-current protections, a door interlock system, programmable alarms, and auto shutoff mechanisms to ensure operator safety and prevent equipment damage during testing.

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