John Morris Group is the authorised Australian distributor for Q-Lab, the global leader in accelerated weathering, light stability, and corrosion testing for industrial, scientific, and quality control laboratories. Our Q-Lab range covers QUV fluorescent UV weathering testers, Q-SUN xenon arc test chambers, Q-FOG cyclic corrosion testers, and Q-Panel standard test substrates, all engineered for ASTM G154, ASTM G155, ASTM B117, ISO 4892, ISO 9227, and VDA 233-102 compliance. Backed by John Morris Group's ISO 9001 certified team (established 1952) and factory-trained engineers, we supply, install, calibrate, and service the complete Q-Lab portfolio across Australia.
Q-Lab
The Complete Q-Lab Weathering and Corrosion Testing Range
Our authorised Q-Lab catalogue delivers laboratory-grade durability testing for coatings, plastics, polymers, automotive components, building materials, textiles, and packaging applications:
- QUV Accelerated Weathering Testers: The world's most widely used fluorescent UV weathering platform reproduces sunlight, dew, and rain damage in days rather than years. Interchangeable UVA-340, UVB-313EL, and specialty lamps support ASTM G154, ASTM D4329, ASTM D4587, and ISO 4892-3 protocols.
- Q-SUN Xenon Arc Test Chambers: Full-spectrum sunlight simulation with air-cooled xenon arc lamps and a complete Daylight, Window, and Extended UV optical filter library for ASTM G155 and ISO 4892-2 work, including the Q-SUN Xe-8 rotating rack chamber for large-capacity automotive and aerospace testing.
- Q-FOG Cyclic Corrosion and Salt Spray Testers: SSP, CCT, and CRH models in 600 L and 1100 L capacities. Run ASTM B117 salt spray, ASTM G85 Prohesion, GMW 14872, SAE J2334, ISO 9227, and VDA 233-102 automotive cyclic protocols on a single platform.
- Q-Panel Standard Test Substrates: The world standard test surface for paints, plating, adhesives, sealants, and rust inhibitors for over 50 years. Steel, tinplate, pre-painted, aluminium, anodised, chromated, Alclad, and iron-phosphated variants in sizes from 25 × 76 mm up to 610 × 864 mm automotive panels.
- Q-Panel Corrosion Coupons and ART Kits: Pre-cut CX-series coupons matched to GMW 14872, ASTM B117, ISO 9227, and VDA 233-102, plus the Q-Panel ART automotive simulated hood and fender system for in-chamber coating evaluation.
- Genuine Consumables and Accessories: Salt kits, fog collection kits, preventive maintenance kits, shower nozzle cleaning kits, panel holders, hanging rods, water booster pumps, and chamber heaters to keep your Q-Lab equipment running to specification.
Complete Your Weathering and Corrosion Laboratory Workflow
Q-Lab equipment integrates with a wider testing and sample preparation workflow. To round out your laboratory, we recommend exploring these related categories:
- Colorimeters: Quantify gloss loss, colour change, and yellowing on weathered Q-Panel substrates after QUV or Q-SUN exposure cycles.
- Laboratory and Scientific Equipment: Source complementary fume cabinets, ovens, balances, and sample-handling instruments to support specimen preparation before and after weathering runs.
The Authorised Australian Partner for Q-Lab Durability Testing
John Morris Group has supported Australian scientific and industrial laboratories since 1952. As the authorised Q-Lab distributor for Australia, we provide ISO 9001 certified supply, factory-trained installation, IQ/OQ documentation, preventive maintenance, lamp and filter replacement, and full repair services for QUV, Q-SUN, Q-FOG, and Q-Panel customers nationwide. For pricing, applications advice, or to specify a Q-Lab accelerated weathering or corrosion tester for your facility, call our technical team on 1300 501 555.
Frequently Asked Questions
What is the difference between QUV and Q-SUN testers?
QUV testers use fluorescent UV lamps (UVA-340, UVB-313, etc.) and condensation to reproduce the short-wave UV portion of sunlight and outdoor wetness, making them ideal for ASTM G154 and ISO 4892-3 work on coatings, plastics, and polymers. Q-SUN xenon arc chambers reproduce the full sunlight spectrum (UV, visible, and infrared) through optical filters and are specified by ASTM G155 and ISO 4892-2, particularly for colour fastness, automotive interior fabrics, and lightfastness testing where full-spectrum simulation matters. Most established laboratories operate both platforms in parallel.
Which Q-Lab tester suits ISO 9227 or VDA 233-102 cyclic corrosion testing?
For ISO 9227 neutral salt spray, the Q-FOG SSP (SSP600 or SSP1100) is the entry-level platform. For ISO 9227 acetic acid, copper-accelerated, and the full VDA 233-102 automotive cyclic protocol (which requires controlled humidity ramps and a wet-out phase), the Q-FOG CRH range (CRH600 or CRH1100, with HSC, HSCR, HTC, or HTCR configurations) is required. Q-Panel CXD-2.76-5.90-K corrosion coupons are pre-cut to the ISO 9227 / VDA 233-102 specification.
Does John Morris Group offer Q-Lab installation, calibration, and warranty service in Australia?
Yes. As the authorised Q-Lab distributor for Australia, John Morris Group provides factory-trained installation, IQ/OQ qualification documentation, scheduled preventive maintenance, lamp and filter replacement programs, calibration of irradiance and temperature sensors, and full warranty service across QUV, Q-SUN, and Q-FOG platforms. We also stock genuine Q-Lab consumables including UVA-340, UVB-313EL, X-1800 xenon lamps, optical filter lanterns, and Q-Panel substrates for immediate dispatch. Contact our team on 1300 501 555 for service contracts, bulk orders, or technical specifications.