Light & moisture exposure
UV Aging Test Chambers
Fluorescent UV, condensation and spray exposure for weathering-related surface changes.
Aging & Weathering Test Chamber Manufacturer
Aging & WeatheringTest Chambers
Dexiang manufactures and supplies UV, xenon arc, ozone and hot-air aging equipment, with temperature-humidity, HAST and PCT options for damp-heat exposure. Configurations are reviewed around your material, test method and specimen workflow.
Material AgingAccelerated aging and weathering evaluation
Multiple Exposure MethodsLight, ozone, heat, humidity and pressure
Requirement-Based SelectionChamber choice guided by method and specimen
Choose by aging mechanism
Start with the exposure that reproduces the material risk.
Compare material aging and weathering with damp-heat and high-pressure aging. Select the exposure required by your method, then review the equipment configuration.
Material Aging & Weathering
UV, xenon arc, ozone and hot-air exposure for material aging and weathering evaluation.
Full-spectrum weathering
Xenon Arc Weathering Chambers
Filtered xenon exposure with applicable irradiance, temperature, humidity and spray control.
Ozone cracking resistance
Ozone Aging Test Chambers
Controlled ozone exposure for rubber cracking resistance and related material evaluation.
Thermal aging exposure
Hot-Air Aging Ovens
Controlled elevated-temperature exposure for thermal aging of rubber, plastics and components.
Damp Heat & Accelerated Aging
Temperature-humidity and high-pressure exposure for damp-heat aging of materials and components.
Damp-heat exposure
Temperature & Humidity Chambers
Controlled temperature-humidity exposure for damp-heat aging of materials, components and assemblies.
Pressure-moisture aging
High-Pressure Aging Chambers
Separate unsaturated HAST and saturated PCT routes for accelerated moisture evaluation.
Need a different configuration? Send the method and specimen details for application-based chamber selection.
Chamber selection
Four details turn your test requirement into an aging chamber recommendation.
Share these inputs and we can review the appropriate aging mechanism, chamber capacity, test conditions and configuration before quotation.
1
Material & test objective
Tell us the material and the change you need to evaluate, such as fading, cracking, yellowing or embrittlement.
What should the test help you assess?
2
Test method or standard
Share your ASTM, ISO, IEC, customer specification, laboratory SOP or current test cycle.
Which method guides the test?
3
Specimen & capacity
Include specimen dimensions, quantity, mounting needs and the capacity or throughput you require.
What needs to fit inside?
4
Test conditions & site needs
Describe the required exposure cycle, test duration and any installation or utility requirements.
What conditions must the chamber support?
Not sure about the test standard? Start with the material, specimen photos and the change you want to evaluate.
Factory & engineering capability
Proof at every stage of the chamber build.
The confirmed specification guides engineering review, assembly, functional checks and preparation for delivery.
Evidence should match the selected chamber: request applicable drawings, photographs, inspection records and document scope during technical review.
Method review before quotation
Choose an aging chamber around your test method.
A standard reference is the starting point, not a complete chamber specification. We review the cited edition, specimen setup, exposure cycle and required configuration before quotation.
ISO 4892 seriesLaboratory light exposure of plastics; identify the applicable part and light source.
Review method fit →ASTM G154Fluorescent UV lamp exposure of nonmetallic materials.
Review method fit →ASTM G155Xenon-arc lamp exposure of materials under controlled conditions.
Review method fit →IEC 60068 seriesEnvironmental test methods; confirm the applicable Part 2 method and severity.
Review method fit →ASTM D1148UV and heat discoloration of light-colored rubber surfaces.
Review method fit →ASTM D1149 / ISO 1431-1Ozone cracking evaluation under controlled ozone conditions and strain.
Review method fit →Custom SOPTranslate an internal cycle, sample setup and reporting need into a chamber configuration.
Review method fit →Method not listed?Send the method number, edition and specimen details for an initial review.
Request a method review →From requirement to delivery
A clear path from requirements to delivery.
This five-stage process keeps your test method, chamber configuration and commercial scope aligned before manufacturing and delivery.
01
Requirements review
Review the test method, specimen, test objective and installation conditions.
Requirement summary
02
Technical configuration
Define the chamber type, capacity, test conditions and applicable options.
Configuration proposal
03
Proposal confirmation
Confirm the technical scope, quotation and delivery plan for the project.
Confirmed project scope
04
Manufacturing & review
Build the chamber and complete the agreed pre-shipment inspection items.
Pre-shipment review
05
Delivery & follow-up
Coordinate packing and shipment, then provide the agreed post-delivery support.
Delivery information
Start with the test method. If it is unavailable, send specimen photos and the change you want to evaluate.
Aging test chamber FAQ
Aging Test Chamber Questions Before You Request a Quote
Clear answers about chamber selection, test methods, specimen capacity, utilities, customization and the information needed for a technical proposal.
01 · Chamber selection
Match the chamber to the test
Which aging test chamber is suitable for my material?
Start with the material, the change you need to evaluate and the required exposure method. UV, xenon arc, ozone, hot-air, pressure and temperature-humidity chambers reproduce different aging conditions.
Prepare: material, expected change and applicable test method.
Can a chamber be configured around our ASTM, ISO, IEC or internal method?
Yes. The exact edition, apparatus requirements, exposure cycle, specimen arrangement and reporting needs should be checked before a chamber is proposed.
Prepare: method number, edition and customer-specific deviations.
What specimen information is needed?
Provide the material, dimensions, quantity, exposed surface, mounting position and any required fixtures. Photos or drawings help define loading and access.
Prepare: dimensions, quantity, photos and mounting details.
How is the required chamber capacity determined?
Use usable specimen space, fixture clearance, batch quantity and required throughput—not nominal chamber volume alone.
Prepare: batch size, test frequency and target throughput.
02 · Configuration & quotation
Define the complete project scope
Which test conditions and control ranges should I provide?
Share the complete cycle, including exposure source, temperature, humidity, spray or condensation, duration, sequence and allowable tolerances.
Prepare: the complete cycle—not only maximum values.
Can fixtures, monitoring or safety functions be customized?
Project-specific fixtures, access ports, monitoring, communications and safety features can be reviewed as configuration options.
Prepare: fixture drawings, monitoring points and safety requirements.
What site utilities and installation conditions are required?
Confirm destination power, water and drainage where applicable, ventilation, ambient conditions, doorway access and installation space.
Prepare: country, voltage, frequency and site-access details.
What is needed for a proposal and quotation?
Send the method or cycle, material, specimen details, capacity, utilities, destination and requested options.
Prepare: one requirement package for a comparable proposal.
Not sure which chamber to request? Send your method, specimen details and the change you want to evaluate.
Discuss your aging test requirement
Send the method and specimen—not just a chamber name.
Provide the method, specimen dimensions and quantity, exposure cycle, utilities, destination power and required acceptance documents.
- Test standard or customer procedure
- Specimen drawing, mass and quantity
- Required light, heat, humidity, pressure or spray
- Data, calibration and FAT requirements
