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Chambre d'essai climatique UV

DERUI UV weather test chambers provide controlled fluorescent UV, heat and moisture exposure for comparative weathering evaluation of plastics, coatings, sealants and other nonmetallic materials. Select the lamp, irradiance and cycle according to ASTM G154, ISO 4892-3 or the applicable material specification.

Test principle: Fluorescent UV exposure with condensation; spray when specified and configured
Lamp selection: UVA-340, UVA-351 or UVB-313 according to the test method
Applications : Plastics, coatings, adhesives, sealants, elastomers and composites
Reference standards: ASTM G154, ISO 4892-3 and ISO 16474-3 as applicable
Configuration: Model, capacity, irradiance range and utilities confirmed from your required cycle
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ASTM G154 UV Weathering Test Chamber

Evaluate comparative changes in plastics, coatings, sealants, adhesives and other nonmetallic materials under controlled fluorescent UV, heat and moisture exposure.

Primary methodASTM G154 operating practice
Moisture exposureCondensation; spray if specified and configured
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsLamp, irradiance and cycle selected by the applicable material method

What the chamber is designed to evaluate

A UV weathering chamber repeatedly exposes specimens to fluorescent ultraviolet radiation and moisture under controlled conditions. The resulting data can compare formulations, suppliers, coatings or production batches for changes such as color shift, gloss loss, chalking, cracking, embrittlement and strength retention.

ASTM G154 is an apparatus operating practice—not a universal product qualification cycle. The lamp type, irradiance, black-panel temperature, wet phase, duration, specimen evaluation method and acceptance criteria must come from the applicable material specification or customer test plan.

No universal time conversion: laboratory exposure hours cannot be converted reliably into a fixed number of outdoor months or years. Geography, orientation, material chemistry and the selected failure mode all affect correlation. Use controls, replicates and field exposure data when service-life prediction matters.

Select the light source by end-use exposure

UVA-340Closely reproduces the critical short-wave portion of direct outdoor sunlight from approximately 295 to 365 nm. Common for comparative outdoor-weathering studies.
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsRepresents the UV portion of sunlight filtered through window glass. Appropriate only when the application and referenced method call for indoor, behind-glass exposure.
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsProduces short wavelengths below the terrestrial solar cut-off, which can accelerate degradation but may cause unrealistic failure modes. Use for screening only when the method permits it.

Configuration note: confirm the lamp family, spectral specification, control wavelength and irradiance setpoint before ordering. Different lamps are not interchangeable within one test.

Fluorescent UV or xenon arc?

Decision factorFluorescent UV chamberXenon arc chamber
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsConcentrates on the UV region that drives many polymer and coating failuresReproduces a broader UV, visible and infrared solar spectrum through a lamp/filter system
MoistureCondensation and, on equipped systems, water sprayCommonly water spray and controlled chamber climate
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3. Load consistentlyUse repeatable orientation and holders; include known-performance controls and replicates where the method recommends them.
4. Run and documentRecord lamp, irradiance, temperature, moisture cycle, interruptions, maintenance and calibration status.
5. Evaluate intervalsUse preplanned inspection intervals that do not introduce uncontrolled conditioning or handling differences.
6. Report completelyReport all exposure conditions with results; do not state only “tested to ASTM G154.”

Frequently asked questions

What does ASTM G154 test?

ASTM G154 describes how to operate fluorescent UV lamp and water apparatus to expose materials to UV, heat and moisture. A material or product method must define the cycle and evaluation criteria.

Does an ASTM G154 chamber simulate years of outdoor exposure?

It accelerates selected degradation mechanisms for comparative testing, but there is no universal hours-to-years conversion. Correlation requires material-specific field data and controls.

Which lamp should I choose: UVA-340, UVA-351 or UVB-313?

Use the lamp classification required by the applicable method. UVA-340 represents short-wave outdoor sunlight, UVA-351 represents behind-glass UV, and UVB-313 is a more severe screening source that may cause unrealistic degradation.

Can this equipment control relative humidity?

A typical fluorescent UV weathering chamber creates condensation rather than controlling a normal RH setpoint. If an RH-controlled stage is required, confirm whether separate climatic equipment is needed.

Are ASTM G154 and ISO 4892-3 identical?

No. They address closely related fluorescent UV exposure, but their detailed requirements and application scopes differ. Use the exact referenced document and edition.

Can I test bare metal corrosion in this chamber?

ASTM G154 states that it is not intended for corrosion testing of bare metals. Select a salt-spray or cyclic-corrosion method when corrosion is the primary mechanism.

What information is required for chamber selection?

Provide the standard and cycle, material, specimen dimensions and quantity, lamp classification, irradiance setpoint, moisture phase, evaluation plan, utilities and required records.

How should results be reported?

Report the apparatus, lamps, exposure cycle, irradiance, temperatures, moisture conditions, duration, interruptions, specimen mounting, controls and the property-measurement methods used.

Confirm the chamber configuration before ordering

Send DERUI your standard, exposure cycle, specimen dimensions and capacity. We will match the lamp, irradiance control, moisture system and fixture configuration to the test method.

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Non. Nom du paramètre ​Spécification​
1 Plage de température RT+10℃ ~ 70℃
2 ​Plage d'humidité​ ≥90% HR
3 ​Uniformité de la température​ ±1℃
4 ​Fluctuation de température​ ±0.5℃
5 ​Distance entre les lampes​ 70mm (centre à centre)
6 ​Distance entre l'échantillon et la lampe​ 50±3mm
7 ​Irradiance​ Réglable jusqu'à 1,0 W/m²
8 ​Réglage du cycle de test​ Cycles de lumière/condensation/pulvérisation réglables
9 ​Spécification de la lampe​ 8 x 40W (L=1200mm), durée de vie ≥1600 heures UVA/UVB
10 Panneau de contrôle Écran tactile couleur 
11 Contrôle de la température Auto-tuning PID, contrôle SSR
12 Taille standard de l'échantillon 75×290mm
13 Profondeur du réservoir d'eau 25mm (contrôle automatique)
14 Zone d'irradiation efficace 900×210mm
15 Longueur d'onde UV UVA : 315-400nm ; UVB : 280-315nm
16 Durée du test 0~999 heures (ajustable)
17 ​Température du panneau noir​ 50℃ ~ 70℃

1. Quelles sont les principales fonctions de la chambre d'essai de vieillissement ultraviolet ?
Sa fonction principale est de tester la durabilité et la stabilité des matériaux sous radiation ultraviolette.

2. Comment utiliser la chambre d'essai de vieillissement ultraviolet ?
Réglez les paramètres du test via l'écran tactile et suivez les instructions pour l'utilisation.

3. Quels matériaux conviennent aux chambres d'essai de vieillissement ultraviolet ?
Ils conviennent à plusieurs matériaux tels que les plastiques, les revêtements et les pièces automobiles.

4、Comment analyser les résultats du test ?
Le logiciel intégré peut fournir une analyse détaillée des données et des rapports pour vous aider à comprendre les changements de performance des matériaux.

5、Que faut-il noter pour l'entretien de la chambre d'essai de vieillissement ultraviolet ?
Vérifiez régulièrement les tubes de lampe UV ainsi que le système de contrôle de la température et de l'humidité pour assurer le bon fonctionnement de l'équipement.

6、Peut-on effectuer des tests en continu à long terme ?
Oui, l'équipement supporte les tests en continu à long terme et peut répondre à divers besoins.

7、Quelles garanties offrent l'achat d'une chambre d'essai de vieillissement ultraviolet ?
Nous proposons des services de garantie et fournissons le support après-vente nécessaire pour assurer le bon fonctionnement de l'équipement.

8、Quelles sont les spécifications de la chambre d'essai de vieillissement ultraviolet ?
Ce type d'équipement est disponible en deux modèles : type tour inclinée et type boîte. Les deux modèles peuvent être équipés de boîtiers extérieurs en acier inoxydable ou peints, et peuvent être personnalisés selon vos besoins.

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