Photostability Chambers

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£0 - £100
£120 - £220
£240 - £399
£400 - £799
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£1100 - £1999
£2000 - £4999
£5000 - £7999
£8000 - £49999

Manufacturer

Binder

Capacity ( l ) Capacity refers to the total internal volume of the photostability test chamber, measured in liters, indicating how much sample space is available for testing

Capacity refers to the total internal volume of the photostability test chamber, measured in liters, indicating how much sample space is available for testing

200 - 299
400 - 499
700 - 799

Meets ICH guideline Q1B Products that state "YES" comply with international standards for light exposure testing of pharmaceuticals, as defined by the ICH Q1B guideline

Products that state "YES" comply with international standards for light exposure testing of pharmaceuticals, as defined by the ICH Q1B guideline

Light dose control This indicates whether the photostability test chamber includes a feature to monitor and regulate the total light exposure during testing

This indicates whether the photostability test chamber includes a feature to monitor and regulate the total light exposure during testing

Humidity control This indicates whether the photostability test chamber includes a system to regulate and maintain specific humidity levels during testing

This indicates whether the photostability test chamber includes a system to regulate and maintain specific humidity levels during testing

Extended temperature range This indicates whether the photostability test chamber can operate beyond the standard temperature limits, allowing for a wider range of testing conditions

This indicates whether the photostability test chamber can operate beyond the standard temperature limits, allowing for a wider range of testing conditions

Minimum temperature ( °C ) This indicates the lowest temperature the photostability test chamber can maintain during testing to ensure controlled environmental conditions

This indicates the lowest temperature the photostability test chamber can maintain during testing to ensure controlled environmental conditions

0 - 10
11 - 20
21 - 30
31 - 40
41 - 50
51 - 60

Maximum temperature ( °C ) This indicates the highest temperature the photostability test chamber can maintain during testing to ensure controlled environmental conditions

This indicates the highest temperature the photostability test chamber can maintain during testing to ensure controlled environmental conditions

0 - 10
11 - 20
21 - 30
31 - 40
41 - 50
51 - 60

Minimum humidity ( % RH ) This indicates the lowest humidity the photostability test chamber can maintain during testing to ensure controlled environmental conditions

This indicates the lowest humidity the photostability test chamber can maintain during testing to ensure controlled environmental conditions

Maximum humidity ( % RH ) This indicates the highest humidity the photostability test chamber can maintain during testing to ensure controlled environmental conditions

This indicates the highest humidity the photostability test chamber can maintain during testing to ensure controlled environmental conditions

Location of manufacture

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Understanding Photostability Chambers

A photostability test chamber is a type of climate chamber equipped with lighting that creates controlled light conditions, in addition to regulating temperature and humidity. These light climate chambers are used to conduct stability tests, which help determine the shelf life of various products. They are commonly employed in sectors such as pharmaceuticals, cosmetics, and the food industry. Photostability testing evaluates the effects of temperature, humidity, and light exposure on a product. The samples are placed in the climate chamber, where they are maintained under specific conditions (consistent temperature, relative humidity, and light intensity) for a predetermined duration before assessing their stability. During testing, the materials are subjected to both visible light (VIS) and ultraviolet (UV) radiation, with UV radiation being significantly more intense than VIS.

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