Guangdong ALI Testing Equipment Co,.Ltd

Equipment features and uses:
1. The test box structure design is advanced and reasonable, and the supporting products and functional components have advanced level, which can meet the long-term stable, safe and reliable test needs. And the use, operation, maintenance is convenient, long service life, beautiful shape, a good user interface, the user's operation and monitoring are more simple and intuitive.
2. The main parts of the equipment are made of high-quality products from international and domestic brand manufacturers to ensure the quality and performance of the whole machine.
3. The programmable cyclic corrosion test chamber breaks through the concept of the traditional salt spray chamber. In addition to the usual function of salt spray corrosion, it also combines the function of alternating (cyclic) salt spray test to provide corrosion and filamentous corrosion test environment, and has the test environment of salt spray, wet heat, freezing, etc. Compared with the traditional salt spray box, salt spray, dry, wet and hot, and other cyclic corrosion on the product more practical, because the products are in the dry and wet environment transportation, preservation, use, so the accelerated corrosion testing machine should be more realistic simulation of this environment, and foreign studies have also shown that: cyclic corrosion relative to the corrosion rate, structure, shape are very close to outdoor corrosion, and Outdoor corrosion has a good correlation and is included in the commonly used test category, and more and more automotive industry tests require a multi-step cycle of salt spray, drying, wet heat, combined.
Standards:
DO160 E/F/G Salt Spray Test Requirements
GB/T 20854-2007/ISO14993-2001
    Accelerated corrosion cycle testing of metals and alloys exposed to salt spray, "dry" and "wet" conditions
GB/T24195-2009/ISO 16151:2005 Acid salt spray, cyclic accelerated corrosion test under dry and wet conditions
GJB 150.11A-2009 Laboratory Environmental Test Methods for Military Equipment Salt Spray Test
GB/T 2424.17-2008/IEC60068-2-11:1981 Salt spray test method
GB/T 2423.18-2012/IEC 60068-2-52:1996 Test method for alternating salt spray of sodium chloride
GB/T 2423.3-2006/IEC6008-2-78-2001 Laboratory: Constant damp heat test method
GB/T 10125-2012/ ISO9227-2006 Corrosion test in salt spray test of artificial atmosphere
GB/T 31467.3-2015
    Lithium-ion power battery packs and systems for electric vehicles
 Part 3: Safety Requirements and Test Methods: Salt Spray Test
ASTM B117、ASTM B368
GB/T 10587-2006 S Salt Spray Test Chamber Technical Conditions
GB/T 10586-2006 Technical conditions for damp heat test chamber
GB/T 5170.8-2008_Environmental test equipment for electrical and electronic productsTest methods, salt spray test equipment
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The Composite Cyclic Corrosion Test Chamber is capable of performing traditional salt spray, alternating wet and dry salt spray tests, and most automotive cyclic corrosion tests. It is specially designed and assembled to meet the requirements of standards for controlling salt spray, relative humidity, air dryness, condensation humidity, automatic spray, salt water immersion, rotary spray, low temperature, etc. Salt spray cabinets are used to test painted parts, metal components, electronic components, electrophoretic painted parts, etc.
features 
1. Salt spray test chamber structure: the shell is a full anti-corrosion structure, made of multi-layer glass fiber reinforced polyester resin, and constructed with corrosion-resistant materials.
2. Unique design: large spray area, large flow rate, shorter spraying time compared with atomized solution under salt spray function.
3. Customized nozzle: The specific nozzle sprays the solution evenly onto the test sample, and the solution flow rate is adjustable.
4. The nozzle is mounted on a separate module and can be easily removed when the fogging function is enabled.
5. Programmable touch screen controller, Chinese and English operation, and can collect data.
6. Equipped with standard test sample holder, which can accommodate flat samples. For oversized, heavy-duty 3D samples (e.g., automotive wheels, engine components), a mesh kit with the same support height can be used. The housing construction is robust and the load can be evenly distributed.
7. The spray on/off time can be directly programmed to better control the corrosion rate.