Salt corrosion spray test chamber
Configured for your specific tests
Alternate Salt Corrosion Spray Test Chamber
Grande makes rain and spray testing easier by offering a standard chamber capable of published and OEM proprietary test methods.
The standardized design can be configured for the rain/spray tests you need, eliminating the guesswork in buying a chamber. The system is based on the specification requirements, and can also accomplish individual automakers tests, as well as electrical-enclosure tests.
Our Design
Grande's modular design allows you to add on additional features, depending on the number and type of tests required. One possible choice is to integrate the spray system with a regular temperature and humidity chamber to save money and floor space, while also creating an opportunity to simulate actual operating conditions your product may experience.
Our system uses multiple control solenoids to vary the water's spray volume/pressure. A holding tank prepares the water to the desired temperature, if required. A pump ensures the water is delivered in the proper pressure range. The water is fed to a motorized manifold that rotates the spray arms. Each spray arm has an adjustable valve to allow finer control of the spray.
Testing capabilities
The specification is modeled after and doesnt differ greatly. Details about the nozzle types and the rotating nature of the spray arms and pro duct table are also included in the requirements. Additionally, drip and car wash tests are also specified.
Heavy splash/shower
S1 Spray room temperature water with 40 nozzles at 14.2 psi (1 kgf/cm2) for 30 minutes. The flow rate of the water shall be 6.5 gallons/min. (24.5 L/m).
S2 Spray room temperature water with 40 nozzles at 42.7 psi (3 kgf/cm2) for 60 minutes. The flow rate of the water shall be 10.3 gallons/min. (39.2 L/m).
Light spray/rain
R1 Spray room temperature water with two nozzles at 4.3 psi (0.3 kgf/cm2) for 10 minutes. The flow rate of the water shall be 0.8 gallons/min. (3.2 L/m).
R2 Spray room temperature water with two nozzles at 1.4 psi (0.1 kgf/cm2) for 10 minutes. The flow rate of the water shall be 0.5 gallons/min. (1.9 L/m).
Examples of OEM automotive manufacturers' requirements
Heat the sample to a temperature above boiling, then spray with cold water for about two minutes. Repeat cycle.
Heat the sample to boiling temperature, then spray with room temperature water for about fifteen minutes. Repeat cycle.
Simulate a car wash by using high pressure spray.
Features
Rotating rain and spray nozzles designed to JIS specifications
Speed control for the rotating spray nozzles
Stationary product shelf - A rotating shelf is optional: see options
Water pressure regulators, gauges and flow meters
Special high-volume floor drain system to rapidly drain water out of the chamber
Interior chamber size is the smallest possible area using the JIS specified nozzles
Applicable Test Methods
Alternate salt corrosion spray test chamber Salt Corrosion Spray Test Chamber Salt Spray Test Chamber Configured for your specific tests Alternate salt corrosion spray test chamber adds below functions from traditional salt corrosion spray test chamber:Programmable controllers,accelerated test for copper and acid test.,etc.It complies with Standard of ASTMDIN IEC GJB. Grande makes rain and spray testing easier by offering a standard chamber capable of published and OEM proprietary test methods. The standardized design can be configured for the rain/spray tests you need, eliminating the guesswork in buying a chamber. The system is based on the specification requirements, and can also accomplish individual automakers tests, as well as electrical-enclosure tests. Our Design Grande's modular design allows you to add on additional features, depending on the number and type of tests required. One possible choice is to integrate the spray system with a regular temperature and humidity chamber to save money and floor space, while also creating an opportunity to simulate actual operating conditions your product may experience. Our system uses multiple control solenoids to vary the water's spray volume/pressure. A holding tank prepares the water to the desired temperature, if required. A pump ensures the water is delivered in the proper pressure range. The water is fed to a motorized manifold that rotates the spray arms. Each spray arm has an adjustable valve to allow finer control of the spray. Testing capabilities The specification is modeled after and doesn�??t differ greatly. Details about the nozzle types and the rotating nature of the spray arms and product table are also included in the requirements. Additionally, drip and car wash tests are also specified. Heavy splash/shower S1 Spray room temperature water with 40 nozzles at 14.2 psi (1 kgf/cm2) for 30 minutes. The flow rate of the water shall be 6.5 gallons/min. (24.5 L/m). S2 Spray room temperature water with 40 nozzles at 42.7 psi (3 kgf/cm2) for 60 minutes. The flow rate of the water shall be 10.3 gallons/min. (39.2 L/m). Light spray/rain R1 Spray room temperature water with two nozzles at 4.3 psi (0.3 kgf/cm2) for 10 minutes. The flow rate of the water shall be 0.8 gallons/min. (3.2 L/m). R2 Spray room temperature water with two nozzles at 1.4 psi (0.1 kgf/cm2) for 10 minutes. The flow rate of the water shall be 0.5 gallons/min. (1.9 L/m). Examples of OEM automotive manufacturers' requirements Heat the sample to a temperature above boiling, then spray with cold water for about two minutes. Repeat cycle. Heat the sample to boiling temperature, then spray with room temperature water for about fifteen minutes. Repeat cycle. Simulate a car wash by using high pressure spray.
A salt spray test chamber is used to test the anti-corrosion quality of all the materials surfaces of painting, coating, electroplating in the condition of salt spray environment. Basic salt spray test chambers meet ASTM, ISO, IEC, and other International Standards test methods, capacity available in 108L, 320L, 410L, 780L, 1000L, 1600L capacity.
2.Technical parameters: 1. Box size in the laboratory: DL-120LA W1200 * D1000 * H500 (mm), Approximate dimensions: 2300 * 1300 * 1400mm, 2 standard temperatures, Laboratory temperature: nss acss 35 ± 1 /pass 50 ± 1 Pressure bucket humidity: nss acss 47 ± 1 /pass 63 ± 1 , Salt water temperature: 35 ± 1 It can be heated without water, 3 volumes, Laboratory capacity: 800L Salt water tank capacity: 40L, 4 compressed air, Compressed air pressure: 1.00 ± 0.01kgf/c 5 spray volume: 1.0-2.0ml/80c /h, 6 spray mode: continuous spray, timed spray, programmable spray, intermittent spray, demisting in the box, 7. Power supply: AC220V 50Hz/20A, 8. Material: The entire PVC board is made, and the salt spray testing machine adopts advanced three-dimensional reinforcement technology internally, with a strong and solid structure that never deforms. 9. Water adding method: An automatic water adding system is adopted, which has the function of automatically replenishing the water level when the water level is insufficient, and the test is not interrupted. 10. Nozzle: Precision glass nozzle, salt spray testing machine used for 4000 hours to ensure no crystal blockage. 11. Protection system: Equipped with dual over temperature protection and insufficient water level warning to ensure safe use. 12. Temperature controller: digital display, PID control, high stability platinum temperature probe, error 0.3 13. Heating method: The laboratory adopts direct steam heating method, which increases the temperature quickly and shortens the standby time of the salt spray testing machine. 14. The spray tower is equipped with two conical dispersers, which have the functions of guiding fog, adjusting fog volume, and even fog falling. 15. The pressure bucket adopts Henry's law to heat and humidify, and provide the humidity required by the salt spray testing machine laboratory. 16. Opening method: Pneumatic automatic opening is adopted, The salt spray testing machine is one of the "three prevention" (humid heat, salt spray, mold) testing equipment for artificial climate environments. It is an important salt spray testing equipment for studying the adaptability and reliability of various environments in industries such as machinery, national defense, light industry, electronics, light industry electronics, and instruments. This salt spray testing machine can perform neutral salt spray tests in accordance with GB/T2423.17 "Basic Environmental Testing Regulations for Electronic and Electrical Products - Test Ka: Salt Spray Test Method", and can also perform acetate spray tests. This salt spray tester complies with CNS, ASTM, JIS and ISO standards. The salt spray test is to test the corrosion resistance of the products after coating, electroplating, Anodizing, anti-rust oil and other anti-corrosion treatments on the surfaces of various materials.
Cyclic corrosion test chamber exposes sample to a series of different environments in repetitive cycles that incorporate temperature, humidity, salt spray, and dry. SC series corrosion chambers are upgrade to programmable controller and Ethernet access.
Supplier: Glass facade systems including insulated glass systems, tempered glass, laminated glass, sentry glass, heat soak tested glass, aluminium systems of building, facade, industrial applications with new mold and extrusions.
Services: Shipping and transsportation
Buyer: Pvb layers, float glass, aluminium billets, aluminium rolls, galvanized rolls, machinery production lines of relevant products.
A corrosion inhibitor is a chemical compound or substance designed to mitigate or prevent corrosion, which is the deterioration of materials, particularly metals, due to chemical reactions with their environment. These inhibitors work by forming a protective layer on the metal's surface, blocking or slowing down the corrosion process. Corrosion inhibitors find extensive use in industries such as manufacturing, oil and gas, transportation, and infrastructure to prolong the lifespan of equipment, pipelines, and structures, ultimately saving costs and ensuring safety. They play a crucial role in safeguarding the integrity and functionality of metal components exposed to corrosive conditions, such as moisture, chemicals, or extreme temperatures.
Hard low E is produced by spraying a chemical material with Tin componds on the melting glass surface to form single layer of compound film with certain low emissivity function. Applicationï¼? Architecture:� curtain wall, facade, windows and doors Home appliance: micro oven, refrigerator Advantage: Improved energy efficiency Less UV Reduced condensation Specification: Glass Thickness: 3.2mm, 4mm, 5mm, 6mm, 8mm, 10mm, 12mm Max size:� 3300*8000mm Normal size:� 2134x3300mm, 2440x3300mm, Quality Standard: In accordance with CE, GB, AS/NIS 2208-1996
JHG fire-resistant glass is combined with borosilicate glass and float glass technology, which fire resistant properties much superior to those of sode lime glass , the main character is : * high performance to bear high temperature , our tempered borosilicate glass 4.0 can withstand 120 minutes fire test . * Ultra light ,borostilicate glass 8% less than sode lime glass * Hign soften point in fire * High ligh transmission * No SO2 pollution ,no self-explosion Borosilicate 4.0 Technical data : Size: 1830*3000mm Density (g/cm�?�³) : 2.28�?�±0.1 Co-efficient of expansion (�?�±)(20-300�¢??) : 4.0�?�±0.1�??10-6k-1 Softening point(�¢??) : 845�?�±10 Light transmission :�?� �¢?�¥90(6mm) Main usage : 4.0 building partition ,facade ,door ,ceiling ,floor 3.3 household application ,optics , lighting
Effective Lab's salt spray test chamber is used to check the corrosion resistance of our paint, powder coated and plated items. Salt Spray Test is one of the best method to check the life of painting, coating and plating. Such as powder coating, zinc plating, nickel and chrome plating, CED coating Phosphate surfaces, Alloy plating, Electroplated chromium, copper, and tin etc. Effective lab India is one of the best manufacturer of salt spray test machine instrument. Our Salt Spray chamber is specially designed according to ASTM B117, ISO 9227, JIS Z 2371, ASTM G85 standard etc. In this chamber we create salty environment with the help of compressed air and salt solution Solution ratio will be 95 parts of DM water and 5 parts of NACL (98% lab grade).
