Xenon Aging Test Chamber

Xenon Aging Test Chamber Equipment – Category Overview

These chambers reproduce full‑spectrum sunlight with controlled temperature, humidity, and optional water spray to accelerate weathering of plastics, rubber, coatings, packaging, textiles, and more. With precise light intensity control and configurable filters, they help predict color change, gloss loss, cracking, and property shifts for faster screening and qualification. Also called xenon arc weathering chambers.

How Xenon Arc Weathering Works

A high‑stability xenon lamp emits UV, visible, and IR light. Filter sets shape the spectrum to match daylight or window glass. Closed‑loop irradiance targets 340 nm or 420 nm. Air or water cooling manages lamp heat. The controller regulates black panel/standard temperature (BPT/BST), chamber air temperature, RH, and spray or condensation. Programmable light/dark cycles simulate outdoor or indoor exposure.

Standards and Test Methods Supported

Configured for ISO 4892‑2, ASTM G155, SAE J2527, ISO 105‑B02, AATCC TM16, GB/T 16422.2, and related procedures with method‑specific filters, holders, and control logic.

Core Features and Benefits

Full‑Spectrum Source and Filter Options

Full‑spectrum output improves correlation versus narrow‑band sources. Daylight, window glass, and IR‑reduced filters align with outdoor, automotive glazing, or indoor scenarios.

Precise Irradiance, Temperature, and Humidity Control

Closed‑loop control delivers 0.25–1.10 W/m² at 340 nm (or 420 nm control) with ±5% uniformity. Tight BPT/BST, stable RH, and fast recovery produce repeatable results.

Spray, Condensation, and Advanced Cycling

Programmable spray and condensation accelerate moisture‑related failures such as blistering and delamination. Event‑based transitions can trigger by temperature or irradiance to reflect diurnal cycles.

Intelligent Controller, Data Logging, and Connectivity

A touchscreen controller provides method templates, real‑time trends, alarms, and data logging via USB/Ethernet. Optional remote monitoring and LIMS/API integration support audits and records.

Safety, Reliability, and Energy Efficiency

Protections include over‑temperature/pressure, lamp monitoring, water quality/flow checks, and door interlocks. Efficient cooling and optimized lamp drive lower energy use while maintaining stability.

Specifications and Model Options

Chamber Sizes and Capacities

Select compact benchtop units for development or floor‑standing models for throughput. Typical volumes: 225 L (R&D), 512 L (routine QA), 1000 L (large parts), with proportional specimen area and rotation.

Cooling and Lamp Configurations

• Air‑cooled vs water‑cooled: air‑cooled simplifies siting; water‑cooled maximizes thermal stability for demanding cycles.


• Single‑lamp vs multi‑lamp: single‑lamp reduces operating cost; multi‑lamp offers higher irradiance to shorten test time.

Filter Sets and Spectral Options

Daylight and window glass filters support ISO/ASTM automotive and architectural methods. IR‑reduced filters limit substrate heating. Quick‑swap kits minimize downtime.

Specimen Holders and Rotation Systems

Modular holders fit plaques, tensile bars, textiles, papers, and 3D parts. Rotation and BPT/BST placement maintain uniform exposure per method.

Performance Ranges

Typical ranges: 0.25–1.10 W/m² at 340 nm (or 420 nm control), light uniformity within ±5%, BPT/BST up to 120°C (config‑dependent), RH ambient to 95%, with programmable spray intervals and flow.

Applications and Industry Use Cases

Plastics and Rubber

Assess colorfastness, gloss retention, embrittlement, and tensile/impact loss in PE, PP, PVC, ABS, TPE, and elastomers.

Automotive Interiors and Exterior Coatings

Validate dashboards, trim, paints, and clear coats to SAE J2527/ISO 105‑B02 for color shift, haze, cracking, and adhesion.

Packaging, Inks, and Labels

Predict ink fade, label legibility, and film yellowing for shelf or behind‑glass exposure.

Textiles and Dyestuffs

Measure lightfastness per ISO 105‑B02/AATCC TM16 using blue wool references and controlled BPT.

Electronics, Wire & Cable Insulation

Evaluate insulation color/tensile retention, jacket cracking, and plasticizer loss under light and heat.

Selection Guide

Choose by Standard and Material

Match filters, 340 or 420 nm control, and cycling to target standards and substrates for comparable results.

Choose by Throughput and Capacity

Balance specimen area, rotation, and lamp configuration with load size to maintain uniform exposure and reduce queue time.

Choose by Operating Cost and Consumables

Consider lamp life, filter care, cooling method, and energy draw; higher irradiance shortens tests but increases consumables.

Installation Requirements and Utilities

Confirm floor space, ventilation, water quality/flow (for water‑cooled and spray), drainage, and power; pre‑installation guidance is available.

Customization, OEM/ODM, and Turnkey Solutions

In‑house R&D and CNC machining enable special fixtures, non‑standard cycles, extended BPT ranges, data interfaces, and OEM branding. Turnkey packages can include complementary instruments and calibration accessories.

Quality Assurance and Compliance

Built under ISO 9001 with dedicated QC, calibration, and reliability facilities. Designs reflect ISO/ASTM/SAE/GB expertise, with CE‑ready builds and traceable sensors supporting audits.

Service, Training, and Global Support

A technical team supports model selection, installation, operator training, and lifecycle service. Global partners provide response, spare parts, and periodic verification.

Category‑Specific Highlights and Related Terms

• Portfolio from benchtop to 1000 L floor‑standing; air‑ or water‑cooled options.


• Filters: daylight, window glass, IR‑reduced; specimen rotation and data connectivity available.


• Full‑spectrum fidelity for outdoor and indoor exposure scenarios.

Xenon Aging Test Chamber vs UV Aging Chamber—Which to Choose

Choose xenon when color accuracy and visible/IR effects matter (coatings, interiors, dyes). Use UV fluorescent when UV‑driven polymer degradation and cost efficiency are priorities; many labs run both.

Why Choose Our Xenon Aging Test Chamber

With 17+ years of experience and 3000+ instruments delivered to 50+ countries, we focus on stable long‑term operation and method‑aligned templates. Responsive service and turnkey delivery help reduce time to results and manage lifecycle cost. Contact our xenon aging test chamber manufacturer team to discuss standards, materials, and capacity needs or request a quote.