Sunlight simulation testing is an important means for screening formulas and optimizing product compositions in scientific research and production, as well as a key part of product quality inspection.

Opacity tester (Light impermeability tester) is a method to determine the light impermeability of plastic pipes and fittings within a certain condition of the green light with a wavelength of 550±10.

Fluorescent UV Aging Test Chamber UV-40-8II

Xenon Arc Lamp Artificial Climate Aging Test ChamberGZRM-X65

Xenon Arc Lamp Artificial Climate Aging Test ChamberTechnical Parameters of the Test ChamberTotal Exposure Area2200cm2Working Chamber Dimensions580×690×580 (W×H×D in mm)

GZRM-AIR-X22 Xenon Lamp Aging ChamberThe GZRM-AIR-X22 xenon lamp testing machine adopts a xenon arc lamp that can simulate the full solar spectrum of nature with maximum consistency to reproduce destructive light waves existing in different environments, thereby enabling excellent accelerated tests for light resistance and weather resistance of materials.

KXRW-300CL-3 Heat Distortion and Vicat Softening Point Temperature TesterOverview It is mainly used for determining the heat distortion temperature and Vicat softening point temperature of non-metallic materials such as plastics, hard rubber, nylon, electrical insulating materials, long-fiber reinforced composite materials, and high-strength thermosetting laminated materials. It is easy to operate and precise in control, making it a highly intelligent testing instrument. It is widely used in colleges and universities, scientific research institutions, and product quality supervision and inspection units.Compliance with StandardsIt meets the requirements of standards including GB/T 1633, GB/T 8802, GB/T 1634, ISO 2507, ISO 75, ISO 306, ASTM D 1525, and ASTM D 648.Instrument FeaturesTest Stand Lifting System The automatic lifting function of the test stand greatly facilitates test operation, improves test efficiency, and avoids personal injury.Advanced Control System It features ultra-high stability and is easier to install, operate for testing, and conduct analysis.User-Friendly Software Control System It simulates nixie tube display for temperature and displacement, draws test curves, provides multiple coordinate curves, conducts centralized data management, and enables analysis of test data, as well as printing of test curves, test data, and test reports.Four-Fold Safety Protection Multiple software and hardware safety designs, such as mechanical upper temperature limit protection switch, software upper temperature limit protection, automatic stop after test completion, and administrator operation key, ensure the safe and stable operation of the test.High-Precision Measurement and Control System It adopts a high-performance temperature sensor and an advanced capacitive grid digital micrometer to accurately measure the micro-deformation of samples. An advanced PID algorithm and a fully photoelectrically isolated phase-shifting module are used for temperature rise control, ensuring that the temperature rise rate error is within 0.5℃.Technical ParametersTemperature rise rate: 50±5℃/h ~ 120±10℃/h, adjustable arbitrarilyNumber of test pieces: Can test three groups of components simultaneouslyDeformation measurement device: Micrometer with 0.001mm resolution and 0.001mm accuracyOverall dimensions (length × width × height, mm): Approximately 770×350×630Power supply: AC 380V, 1.5kWWeight: Approximately 80kgTemperature accuracy: Class 0.2Temperature control range: Room temperature ~ 300℃Temperature measurement points: 1Deformation measurement range: -0.1 ~ 10mmMaximum deformation error: ±0.005mmDeformation resolution: 0.001mmSample support span: 64mm, 100mmEquipped with software upper temperature limit protection function and hardware upper temperature limit protection function (the temperature switch is imported from South Korea, with a current of 30A, which is not false protection; the heating power is 4000W, ensuring that the temperature can be raised to 300℃ at a rate of 120℃/h)Automatic lifting of the sample stand; the thermal expansion coefficient of the sample stand itself is < 0.005/100℃ (key point, directly affecting the test results)Control method: Adopting a distributed control system with a single-chip microcomputer and a PCEquipped with an automatic lifting system for the sample standWorking medium: Methyl silicone oil or transformer oilCooling method: Natural cooling above 150℃; water cooling or natural cooling below 150℃ConfigurationNameOrigin and PurposeQuantityMain unitZNYQ1pcSample standZNYQ3pcsHeat distortion indenterZNYQ3pcsVicat indentorZNYQ3pcsBrand desktop computer Lenovo1pcPrinterHP1pcTest softwareZNYQ1pcPower cordZNYQ1pcSignal communication cableZNYQ1pcWeightZNYQ1setDigital remote-transmission micrometer (range: -0.1 ~ 10mm)ZNYQ3pcsTest Software：

Carbon Arc Lamp Artificial Climate Aging Test ChamberGZRM-SUN-HCIIOverview of the Test ChamberThe carbon arc lamp artificial aging test chamber mainly uses daylight-type carbon arc lamps as the light source.

KBGJ-16C hydrostatic bursting testing machine is suitable for hydraulic instantaneous bursting of various plastic pipes for fluid transportation and the determination of failure resistance time of thermoplastic pipes under long-term constant pressure.

This testing machine is suitable for homopolymer and copolymer polypropylene (PP-H, PP-B, PP-R) pipes, unplasticized polyvinyl chloride (PVC-U) pipes, modified high-impact polyvinyl chloride (PVC-Hi) pipes, chlorinated polyvinyl chloride (PVC-C) pipes, and acrylonitrile-butadiene-styrene (ABS) and acrylonitrile-styrene-acrylate (ASA) pipes.

Fluorescent UV Chamber

Xenon Arc Lamp Artificial Climate Aging Test ChamberGZRM-XII1200Overview of the Test ChamberThe xenon lamp artificial aging test chamber mainly uses a water-cooled long-arc xenon lamp as the light source.