Supply Sunlight Simulator UVA UV Accelerated Aging Box

NegotiableUpdate on 01/23

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The supply of Sunlight Simulator UVA UV Accelerated Aging Box is suitable for industries such as coatings, inks, paints, resins, plastics, printing and packaging, adhesives, automotive and motorcycle industries, cosmetics, metals, electronics, electroplating, pharmaceuticals, etc.

Product Details

Supply Sunlight Simulator UVA UV Accelerated Aging BoxThe single function testing machine can simulate the harm caused by sunlight by using fluorescent ultraviolet lamps to simulate the effect of sunlight exposure. The tested material is placed in light at a temperature for testing. It takes several days or weeks to reproduce the hazards that have occurred outdoors for months or years. The types of hazards include fading, discoloration, loss of gloss, powdering, cracking, peeling, turbidity, bubbles, brittleness, reduced strength, decay, and oxidation

Supply Sunlight Simulator UVA UV Accelerated Aging BoxUsed in industries such as coatings, inks, paints, resins, plastics, printing and packaging, adhesives, automotive and motorcycle industries, cosmetics, metals, electronics, electroplating, pharmaceuticals, etc.

Full Chinese LCD display (switchable between Chinese and English) LCD touch panel, face-to-face input data, temperature and humidity are the same

Time programmable control, 17 adjustable backlight segments, curve display, set value/display value curve. Multiple alarms can be displayed separately, therefore

When a malfunction occurs, it can be displayed on the screen, eliminated, and erroneous operations eliminated. Multiple sets of PID control functions, precise monitoring functions,

And displayed on the screen in the form of data.

main purpose

UV accelerated aging testing machine UV aging testing standardSimulating the harm caused by sunlight, the testing machine uses fluorescent ultraviolet lamps to simulate the effect of sunlight exposure. The tested material is placed in light at a certain temperature for several days or weeks to reproduce the harm that occurs outdoors for months or years. The types of hazards include fading, discoloration, loss of gloss, powdering, cracking, peeling, turbidity, bubbles, brittleness, reduced strength, decay, and oxidation. Widely used in coatings, inks, paints, resins, plastics, printing and packaging, adhesives, automotive and motorcycle industries, cosmetics, metals, electronics, electroplating, pharmaceuticals and other industries.

model	QZ-UV3 (light source selected from the American ATLAS brand) Remarks: UV1 is illumination, UV2 is illumination+condensation, UV3 is illumination+condensation+rain function
Effective irradiation area	900x210mm(W xH)
Overall dimensions	Approximately W1300mmxH1440mmxD520mm
Center distance of the lamp	70mm
The distance between the test piece and the nearly parallel plane of the lamp surface	About 50mm
wavelength range	UVA-340 wavelength range 315~400mm
High radiation intensity	Adjustable within 1.2W/m2/340mm
temperature resolution	0.1℃
Light temperature range	50 ℃~70 ℃/Temperature tolerance is ± 3 ℃
Condensation temperature range	40 ℃~60 ℃/Temperature tolerance is ± 3 ℃
Blackboard thermometer measurement range	30~80 ℃/with a tolerance of ± 1 ℃
Sink requirements	The water depth is not greater than 25mm and there is an automatic water supply controller
Standard specimen size	75x150mm or 150x300mm (specified in the special specification contract)
Effective irradiation area	900x210mm (W x H)
Lamp type	UVA-340	UVB-313
Lamp life	Approximately 1800-2500 hours, depending on the actual usage time of the customer, approximately 12 units per year.
Lamp difference	UVA lamp tube UVA lamps are mainly used to compare different types of polymers Because UVA lamps emit no UV components below 295nm It won't degrade materials as quickly as UVB lamps But the test will be closer to the outdoor results UVA-340 The wavelength of UVA-340 is between 365nm and 295nm The peak wavelength is at 340nm. It is commonly used to compare formulations of different test samples. UVB lamp tube The UVB-313 lamp emits unnatural light with a wavelength below 295nm For the test results, it is faster than UV lamps thus Often used for QC and testing of highly durable materials There is a certain degree of discrepancy between the test results and the outdoor results There are two types of UVB lamps that can be used, both of which have the same wavelength but emit different amounts of light.
Lamp performance	1. 0.68w/m2 is equivalent to noon sunlight at 340nm		0.67 w/m2 is standard at 310nm
	1.38w/m2 provides twice the amount of sunlight at 340nm		1.23 w/m2 is a very fast test at 310nm
	0.35w/m2 at 340nm or low Uv light		3. 0.48 w/m2 at 310 can extend the lifespan of the lamp tube when used
	Equivalent to sunshine in March/September or low Uv light		Tested on UVB-313 lamp to comply with SAE J2020 standards