Accelerated Aging Chamber
Irradiance Range:35~150 W/㎡
Bandwidth Measurement:300nm~400nm (340nm or 420nm)
Black Panel Temperature:BPT 35 ～ 85 ℃ ±2℃
Humidity Range:50% ~ 98% RH
Humidity Deviation:± 5% RH
Water Spray Cycle:1~9999H59M (Adjustable)
Accelerated Aging Chamber – Validate Product Shelf Life with Precision
When you're developing medical devices, testing polymer materials, or validating electronic components, you need to know exactly how your products will perform years from now—but you can't wait years for results. That's where our Accelerated Aging Chamber becomes your essential testing partner. This precision-engineered equipment simulates months or even years of real-world aging in just weeks, helping you predict long-term stability, meet regulatory standards, and bring reliable products to market faster. Whether you're validating sterile packaging shelf life or testing rubber degradation under thermal stress, our chamber delivers the accurate, repeatable results you need.
Technical Specifications
Item | Specification |
Model | XL-S-750 |
Internal Size | 950 × 950 × 850 mm |
External Size | 1400 × 1400 × 1950 mm |
Specimen Capacity | 42 pcs (95 × 200 mm holder) |
Chamber Type | Rotating specimen holder |
Light Source | 4500W water-cooled xenon lamp (1 pc) |
Irradiance | 35–150 W/m² |
Wavelength Range | 300–400 nm (340 / 420 nm optional) |
Chamber Temp. | Ambient ~100°C ±2°C |
Black Panel Temp. | 35–85°C ±2°C |
Humidity Range | 50–98% RH ±5% |
Water Spray Cycle | 1–9999 h 59 min adjustable |
Controller | Color LCD touch screen, programmable |
Water Supply | Automatic purification system |
Radiometer | UV radiometer (±5%) |
Cooling System | Mechanical compression refrigeration |
Safety Protection | Over-temp, over-current, water shortage, leakage, phase protection |
Interior Material | SUS304 stainless steel |
Observation Window | Double-layer glass with silicone sealing + interior lighting |
Product Details
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| Controller PID programmable color touch screen controller Network connection computer. | Workroom The internal material is 304 stainless steel, rust-proof to high and low temperature Rotating specimen holder | Castors Install 4 castors for ease moving, and with brakes function. Caster height adjustable. |
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Why Choose LIB’s Accelerated Aging Chamber
Heavy-Duty Design for Long Continuous Runs
Accelerated aging tests often run for 40–90 days without interruption. LIB chambers are built for continuous operation with industrial-grade heating elements and a thermally protected fan motor to ensure stable airflow and temperature control throughout long test cycles—reducing the risk of mid-test failure or data loss.
Precision Ventilation Control
Air exchange rate directly affects aging accuracy. LIB chambers offer adjustable ventilation from 1 to 100 air changes per hour, helping remove volatile byproducts and maintain a clean test environment.
Air velocity is controlled between 0.5–1.5 m/s, ensuring uniform temperature without overcooling samples—ideal for sensitive materials like rubber, plastics, cables, and wires (e.g., ASTM D573 testing).
Compliance & Validation Support
Designed for regulated industries, the chamber supports IQ/OQ/PQ validation. Each unit includes ISO 17025–traceable calibration certificates and full documentation to meet FDA, ISO 13485, and quality audit requirements.
Independent Safety Protection
A dual safety system with independent over-temperature protection instantly cuts heating power and triggers alarms in case of controller failure, protecting high-value samples during long-term tests.
Flexible Sample Configuration
Multi-layer stainless steel shelving allows flexible sample arrangement. Perforated shelves ensure uniform airflow, with load capacity of 15–30 kg per layer and adjustable height for different sample sizes.
Frequently Asked Questions
Q: What distinguishes real-time aging from accelerated aging?
A: Products are tested for real-time aging under typical storage circumstances, which might take years. Elevated temperatures are used in accelerated aging to quicken chemical reactions and provide comparable results in a matter of weeks.
Q: How can I determine aging equivalency?
A: The Arrhenius equation approach described in ASTM F1980 is used by the majority of medical device makers. For your particular shelf-life claims, we can assist you in determining the proper test conditions.
Q: Can I test items that are susceptible to humidity?
A: Thermal aging is the main emphasis of our standard model. We provide environmental chambers with accurate humidity control for combined temperature-humidity testing; please get in touch with us for suggestions.
Q: How frequently is the chamber required to be calibrated?
A: To ensure compliance with ISO 17025 and legal obligations, we advise yearly calibration. You have the option of using certified third-party services or having our service teams do calibration on-site.
Since 2009, LIB has supplied aging chambers to more than 60 countries, serving leading companies such as Apple, IBM, Amazon, Intel, SGS, TÜV, and CERN. With service centers in the US, Canada, the UK, and Malaysia, plus 29 global agents, we provide fast local support across time zones. All equipment comes with a 3-year warranty and lifetime technical support, and if a repair cannot be completed during the warranty period, we offer full unit replacement—ensuring long-term reliability and global service coverage.
