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Model : PSPL 855

The UV light accelerated weathering tester is a sophisticated testing device that mimics the destructive effects of sunlight, rain, and dew on materials like plastics, paints, coatings, and textiles, by exposing samples to controlled cycles of ultraviolet (UV) light and moisture, simulating real-life environments. This test assesses a material’s susceptibility to color fading, cracking, chalking, or deteriorating. The purpose of the test is to predict long-term performance so that the manufacturer can be assured of the product’s durability and quality of performance in the environment.

 

Overview 

The UV Light Accelerated Weathering Tester is a laboratory device used to measure the durability of materials under environmental forces such as sunlight, humidity, and temperature. This testing instrument is based on the principle of accelerated aging. Ultraviolet (UV) light replaces sun radiation and controlled condensation or water spray replaces dew and rain. 

By switching repeatedly between exposures to UV light and moisture, the tester focuses on the long-term weathering effects that occur to materials such as plastics, paints, or coatings within a short time period. These tests are useful for manufacturers to determine color change, cracking, and surface deterioration, and help improve the performance and longevity of the product.

How Does the UV Light Accelerated Weathering Tester Work?

The UV Light Accelerated Weathering Tester accelerates conventional accelerated testing. This apparatus delivers alternating cycles of ultraviolet (UV) light and moisture to test samples at specified temperature conditions. The UV light sources replicated the degrading effects of sun exposure; condensation or water spray simulated dew and rain.

The cycle of alternating UV light and moisture conditions contributes to accelerating weathering and allows for the observation of any material degradation and a range of material behavior, such as fading, cracking, and gloss loss. The uv testing machine produces reasonable estimations of the long-term performance of an outdoor material in a short time by controlling light intensity, temperature, and humidity during the exposure.

Benefits of UV Light Accelerated Weathering Tester

Here are the benefits of the UV Light Accelerated Weathering Tester explained in detail:

Simulated Accelerated Aging

The test emulates years of outdoor exposure within weeks or months, allowing manufacturers to test product durability in a short time. It predicts long-term performance and failure modes through controlled lab testing and saves time and expense over real-time environmental testing.

Enhancer Product Quality

Identifying potential weaknesses early on, such as chalking, cracking, or fading, gives manufacturers the opportunity to enhance their formulation of materials. This ensures finishing products are formulated to meet industry specifications while being able to endure long-term exposure to environmental conditions, while delaying degradation. This, in turn, offers more dependable finishing products and increased consumer satisfaction.

Cost and Time Efficiency

Accelerated testing minimizes the necessity for prolonged outdoor trials. Multiple materials or coatings can be tested by manufacturers at the same time, accelerating research and development and reducing costs related to product failure or warranty claims.

Predictable Reliability

The test is characterized by consistent and reproducible results that reflect actual environmental conditions. This consistency enables the precise estimation of the service life of a material, whereby products can retain their appearance and performance when exposed to sunlight, humidity, and temperature changes.

Applications of UV Light Accelerated Weathering Tester

Here are the applications of the UV Light Accelerated Weathering tester explained in detail:

Paints and Coatings

Utilized to measure colorfastness, gloss retention, or resistance to cracking or chalking of paints and coatings. It assures manufacturers that protective and decorative finishes will retain their appearance and performance when subject to prolonged exposure to sunlight, moisture, and temperature variation within outdoor weathering conditions. 

Plastics and Polymers

Suitable for the evaluation of how plastics and polymers behave when exposed to UV light and moisture. It measures the ability to resist fading, embrittlement, and surface deterioration, in order to provide products such as packaging, automotive components, and consumer goods with durability and to look good throughout their working life.

Textiles and Fabrics

Utilized to verify colorfastness, tensile, and pliability of fabrics and textiles to simulate sunlight and wet conditions. Ensures that outdoor upholstery, fabrics, and clothing maintain the color and physical properties required for challenging elements - weathering product life and aesthetic appeal.

Automotive and Construction Materials

Used to evaluate the weather-resistance of vehicle finishes, plastic components, sealants, roof coverings, and building facades. An aid in confirming that these manufacturer materials endure UV, rain, and heat cycling without failing, damaging, discoloring, or tensile failure; improving service longevity and safety.

Why choose Presto Instruments UV Light Accelerated Weathering Tester

Select Presto Instruments UV Light Accelerated Weathering Tester for its state-of-the-art technology, accuracy, and dependability. It achieves precise simulation of natural weathering with controlled UV intensity, temperature, and humidity. Constructed with rugged materials and easy-to-use features, it delivers uniform, reproducible results for the accurate assessment of material durability and performance.

Presto Instruments is a leading manufacturer and supplier of UV Light Accelerated Weathering Tester. For the best price, contact us for a quote or call now!

 

Features & Highlights

    • Two Sources of light: UVA with wavelength 340 nm or UVB with wavelength 313 nm. 8 Pieces of lights of 40 W each is used in the instrument that offers the actual life of 2000 hours.
    • Irradiance Range: 0.1 W/m² - 1.0 W/m²
    • Temperature Range: Black Panel temperature(BPT)?RT+10?100  ºC
    • Stability of Temperature: ±2 ºC
    • Inner Cabinet: Fabricated with Stainless steel SUS 304 Stainless steel material
    • Outer of the Cabinet: Duly powder coated on SUS304 material
    • Specimen capacity: 48 pieces of standard size 75×150mm or 15 pieces of size 100×300mm.
    • Power Supply: ±10% 50/60Hz and 15A ( Max Electric Current )
    • Adjustable Water Supply: 0-4LPM
    • Standards: ISO – 4892-3:2013, ASTM D 4587-11, JIS D 0205 – 1987, J2020 – 200302
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