PYT-149 Condom Accelerated Aging Tester
The Peyotal Condom Accelerated Aging Tester provides controlled thermal conditioning to evaluate the aging properties of packaged natural latex rubber condoms in accordance with GB 7544-2009. During test routines, packaged condom specimens are conditioned inside the chamber at an adjustable nominal baseline of 30°C to simulate predetermined storage periods. Following thermal exposure, samples are removed to evaluate qualitative changes and undergo burst volume and burst pressure testing on a condom blasting tester within a standardized window of 12 to 96 hours. The testing chamber supports batch processing for at least 32 condoms per test cycle, with an optimal testing capacity recommendation of up to 200 samples for comprehensive statistical quality control. Housed in a durable 10 kg benchtop enclosure measuring 500 mm * 500 mm * 450 mm and operating on a standard 220V 50Hz power supply, this instrument serves condom manufacturing facilities, regulatory compliance laboratories, and health product quality inspection institutes.
product details
The Condom Accelerated Aging Tester is a specialized thermal conditioning apparatus engineered and manufactured by Peyotal to assess the hot air aging performance and shelf-life stability of condoms. Designed specifically for natural latex rubber barrier contraceptives, the system simulates long-term storage conditions to determine material degradation, structural integrity changes, and post-aging burst resistance.
Standards: Fully compliant with international and national testing frameworks including GB7544 (Appendix H for the determination of aging properties of condoms), ISO23409, and ASTM D6324.
| Model | PYT-149 |
| Brand | Peyotal |
| Testing Methodology | Hot air convection aging simulation followed by pressure/volume degradation auditing |
| Standard Compliance | GB7544 / ISO23409 / ASTM D6324 |
| Dimension | 500mm * 500mm * 450mm compact benchtop |
| Warranty | 12 months |
Q1: What is the complete technical workflow for evaluating a condom’s shelf-life using the Peyotal aging tester?
A: The testing principle combines precise environmental simulation with destructive physical evaluation. First, the operator places the packaged condoms inside the chamber and adjusts the system to simulate a predetermined storage period at an adjustable baseline of 30 degrees Celsius. Once the aging cycle completes, the samples are extracted. Laboratory technicians must measure the blasting volume and burst pressure using our companion condom blasting tester within a precise timeline: not less than 12 hours but within 96 hours after extraction. By comparing the data against unaged batches, operators can clearly observe and log changes in condom quality.
Q2: Why does Peyotal recommend a testing capacity of 200 samples for this instrument?
A: In professional manufacturing plants, research institutes, and science ministries, testing a small handful of samples does not provide statistical confidence for regulatory approvals. While our chamber can process a minimum of 32 samples per batch, Peyotal strongly recommends running 200 samples. This high-capacity batch testing allows QA managers to perform thorough group statistical analysis, ensuring that the shelf-life data matches international compliance rules.
Q3: Is the testing temperature fixed, and can this machine be used for non-latex packaging evaluations?
A: The baseline standard profile is configured around 30 degrees Celsius, but the thermal controller is fully adjustable to meet different testing profiles. Thanks to its precise hot air convection stability and reliable temperature control, it can be extended to evaluate the accelerated thermal aging, drying, and package degradation behavior of various medical devices, pharmaceutical pouches, and industrial rubber materials according to regional health ministry guidelines.
Q4: What facility utilities are required to install this equipment in our laboratory?
A: The PYT-Aging Series is engineered for maximum utility simplicity and high portability, making it ideal for laboratory environments in Central Asia, Southeast Asia, Africa, and Latin America. It runs entirely on a standard AC 220V 50HZ electrical power grid and requires no external air compressors or water lines. Weighing only 10 kg with a compact 500mm * 500mm * 450mm footprint, it can be placed on any standard benchtop directly alongside your existing physical testing instruments.
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