Materials Testing
Every ArcticAnchor™ product is verified during injection molding and extrusion to ensure material and process consistency. We use in-house process controls and finished-part testing to confirm each production run meets our acceptance criteria, reducing variability and preventing weak parts from leaving the factory.
Tests Performed
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Tensile strength (ASTM D638)
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Long-term Creep & Creep-rupture (ASTM D2990)
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Flexural properties (ASTM D790)
Note: We benchmark additional structural tests to the applicable standard based on the component geometry and fixture configuration.
Tested. Certified. Trusted.
Every raw material used in ArcticAnchor™ products is third-party tested by SGS prior to production. We verify each material lot to confirm it matches what was ordered and meets our specifications before it is processed, and we maintain full traceability from source material through to finished components.
The Four Pillars of Testing
Every ArcticAnchor™ product is validated across four categories of testing: material science, environmental exposure, mechanical performance, and packaging durability. Together, these tests ensure consistency, safety, and quality control from the raw polymer to the rooftop installation.
Environmental Testing
We replicate real rooftop aging using accelerated UV exposure, humidity cycling, and hot/cold chamber conditioning. Components are conditioned across -30°C to +70°C to verify retention of strength, fit, and function after environmental stress, helping prevent issues like embrittlement, warpage, and premature cracking over time.
Tests Performed
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Accelerated UV exposure (ISO 4892-2)
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Cold conditioning: -30°C (IEC 60068-2-1)
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Heat conditioning: +70°C (IEC 60068-2-2)
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Humidity / moisture cycling (GB/T 2423.4-93)
Thermal cycling under stress (benchmarked to industry methods; internal fixture and acceptance limits)
Mechanical Testing
All Rail, Mini, and Pro Series snow guards are mechanically validated using controlled load and torque testing. Assemblies are loaded to failure to confirm structural capacity and identify true failure modes, while torque retention testing verifies that fasteners remain secure under conditions that simulate vibration and thermal movement. The result is a system built for predictable performance in real rooftop service.
Tests Performed
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Rail assembly load testing (load-to-failure; 3,000+ lbf/ft test configuration)
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Clamp torque & torque-retention testing (nylon-patched fasteners; anti-backout verification)
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Mini & Pro Series product-level load testing (load-to-failure validation of full assemblies)
Packaging & Transit Testing
We validate our packaging using drop and vibration simulations that replicate real shipping and handling. This confirms components remain protected, organized, and installation-ready upon arrival, minimizing transit damage from the factory to the jobsite.
Proven in Numbers
30+
Years of Experience
Backed by decades of expertise in precision manufacturing and materials engineering.
100%
Batch Testing
Every production run of TitanCore™ is tested before release to guarantee consistency.
12
International Standards
Validated under ASTM, ISO, IEC, and GB/T testing methods for strength and durability.
7
Independent Testing
From UV and humidity to stress, torque, and packaging, we test every stage of the product lifecycle.