Difference Between Solar Testing and IR Testing

1. Solar Testing:

Purpose: Simulates the effects of sunlight on products, focusing on UV radiation, temperature, and overall solar irradiance.

Applications:

Testing materials like plastics, polymers, and coatings for UV degradation.

Assessing the impact of sunlight on electronic components and automotive parts.

Evaluating product performance under prolonged sun exposure.

Features of SESS Solar Test Chambers:

Equipped with 2500W full-spectrum lamps to simulate solar radiation.

Compliant with standards like DIN 75220 and ISO 4892-2.

Wide temperature range (-40°C to +150°C) and humidity control (10%-95%).

2. IR (Infrared) Testing:

Purpose: Focuses on the effects of infrared radiation, specifically heat transfer and temperature effects on products.

Applications:

Testing the thermal endurance of electronic components and circuits.

Assessing heat-related degradation in coatings, adhesives, and plastics.

Measuring the effectiveness of thermal barriers and insulation materials.

Features of SESS IR Test Chambers:

Infrared lamps to provide controlled and consistent heating.

Advanced temperature cycling for high-precision thermal performance testing.

Suitable for rapid heating tests in R&D and quality control applications.

Key Differences:

SESS Test Chambers Supporting Both Tests:

Solar Testing Chambers: Ideal for environmental simulation with precise UV and temperature control for outdoor product durability validation.

IR Testing Chambers: Designed for rapid thermal testing and material heat resistance analysis.

Both chambers are tailored to industry needs and provide unparalleled accuracy, compliance, and reliability.




Location: NO 2/298, BARANIPUTHURE, 600056, Perumal Koil St, Srinivasapuram, Iyyappanthangal, Chennai, Tamil Nadu 600056, India

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